mhurhangee/ep-ind-claims huggingface dataset:
A reciprocating saw, comprising: a housing; a motor accommodated in the housing; a slider having a joining portion at its tip end, protruding forward beyond the housing, and driven by the motor so that the slider reciprocates; a blade capable of being fixed to the joining portion to cut a workpiece; a protector made of an elastic material and attached to the joining portion; a contact portion (16, 17) provided on the protector and capable of contacting the blade fixed to the joining portion, characterized in that the contact portion (16, 17) is provided on the protector so that the contact portion (16, 17) can contact both sides of the blade, when the protector is rotated.and in that the contact portion (16, 17) is formed by a first protruding portion extending from a lower right region to an upper right region of a front end face of the protector so as to protrude from the front end face, having a generally fan shape spreading from a center side toward an outer peripheral side of the front end face as viewed from front, and capable of contacting the right side of the blade, and a second protruding portion extending from an upper left region to a lower left region of the front end face so as to protrude from the front end face, having a generally fan shape spreading from the center side toward the outer peripheral side of the front end face as viewed from the front, and capable of contacting the left side of the blade. a housing; a motor accommodated in the housing; a slider having a joining portion at its tip end, protruding forward beyond the housing, and driven by the motor so that the slider reciprocates; a blade capable of being fixed to the joining portion to cut a workpiece; a protector made of an elastic material and attached to the joining portion; a contact portion (16, 17) provided on the protector and capable of contacting the blade fixed to the joining portion, characterized in that the contact portion (16, 17) is provided on the protector so that the contact portion (16, 17) can contact both sides of the blade, when the protector is rotated.and in that the contact portion (16, 17) is formed by a first protruding portion extending from a lower right region to an upper right region of a front end face of the protector so as to protrude from the front end face, having a generally fan shape spreading from a center side toward an outer peripheral side of the front end face as viewed from front, and capable of contacting the right side of the blade, and a second protruding portion extending from an upper left region to a lower left region of the front end face so as to protrude from the front end face, having a generally fan shape spreading from the center side toward the outer peripheral side of the front end face as viewed from the front, and capable of contacting the left side of the blade.
A method of an on-demand system information, SI, request procedure performed by a user equipment, UE,, in the connected state, the method comprising: transmitting a first SI request message to a base station, BS, wherein the first SI request message indicates at least one system information block, SIB, that the UE requests; determining that the on-demand SI request procedure is unsuccessful; storing SI request failure information when the UE determines that the SI request procedure is unsuccessful, wherein the SI request failure information includes at least one of the following: a cell identifier, ID, associated with the BS, a synchronization signal block, SSB, index for performing the on-demand SI request procedure, a message type of the on-demand SI request procedure, and a timestamp for performing the on-demand SI request procedure; activating a prohibit timer when the UE receives a SI request rejection message in response to the first SI request message, wherein after the prohibit timer expires a second SI request message is transmitted to the BS. transmitting a first SI request message to a base station, BS, wherein the first SI request message indicates at least one system information block, SIB, that the UE requests; determining that the on-demand SI request procedure is unsuccessful; storing SI request failure information when the UE determines that the SI request procedure is unsuccessful, wherein the SI request failure information includes at least one of the following: a cell identifier, ID, associated with the BS, a synchronization signal block, SSB, index for performing the on-demand SI request procedure, a message type of the on-demand SI request procedure, and a timestamp for performing the on-demand SI request procedure; activating a prohibit timer when the UE receives a SI request rejection message in response to the first SI request message, wherein after the prohibit timer expires a second SI request message is transmitted to the BS. a cell identifier, ID, associated with the BS, a synchronization signal block, SSB, index for performing the on-demand SI request procedure, a message type of the on-demand SI request procedure, and a timestamp for performing the on-demand SI request procedure; activating a prohibit timer when the UE receives a SI request rejection message in response to the first SI request message, wherein after the prohibit timer expires a second SI request message is transmitted to the BS.
A combined launching device for launching spinning tops (30, 30), comprising: a first launching unit including a first casing, the first casing accommodating a first spinning top holder for holding a first spinning top and a first spinning mechanism, wherein the first spinning mechanism is operated to spin and launch the first spinning top by linearly and manually moving an operating member in a predetermined operating direction; and a second launching unit including a second casing, the second casing accommodating a second spinning top holder for holding a second spinning top and a second spinning mechanism, wherein the second spinning mechanism is operated to spin and launch the second spinning top by linearly and manually moving an operating member in the predetermined operating direction, characterised in that the first casing of the first launching unit has a first coupler, and the second casing of the second launching unit has a second coupler removably combined with the first coupler, and wherein the first launching unit is combined with the second launching unit such that the first and second spinning top holders (15, 15) face in the same direction and the predetermined operating direction of the operating member is the same for the first and second launching units (2, 2). a first launching unit including a first casing, the first casing accommodating a first spinning top holder for holding a first spinning top and a first spinning mechanism, wherein the first spinning mechanism is operated to spin and launch the first spinning top by linearly and manually moving an operating member in a predetermined operating direction; and a second launching unit including a second casing, the second casing accommodating a second spinning top holder for holding a second spinning top and a second spinning mechanism, wherein the second spinning mechanism is operated to spin and launch the second spinning top by linearly and manually moving an operating member in the predetermined operating direction, characterised in that the first casing of the first launching unit has a first coupler, and the second casing of the second launching unit has a second coupler removably combined with the first coupler, and wherein the first launching unit is combined with the second launching unit such that the first and second spinning top holders (15, 15) face in the same direction and the predetermined operating direction of the operating member is the same for the first and second launching units (2, 2).
A composition comprising fulvic acid, as an active ingredient, the fulvic acid having a molecular weight not exceeding 20,000 Daltons, and a low content of the elements aluminium, mercury, cadmium, chromium and lead, wherein the total content of the elements does not exceed 30ppm.
An apparatus for recovering tobacco from smoking articles comprising at least one conveyor to move a number of smoking articles along a linear process line, wherein the conveyor is formed with a plurality of receptacles for smoking articles; at least one first separating means for blowing out (95, 98) tobacco from the smoking articles; and at least one holding means (37, 38, 90) for fixing the smoking article in the receptacles during separation, wherein the conveyor is configured as a conveyor belt and a second separating means for blowing out tobacco is arranged in the conveying direction of the conveyor belt downstream of the first separating means for blowing out on the opposite side of the conveyor belt, and wherein a further holding means (37', 38', 90') for fixing the smoking article during separation is assigned to the second separating means, wherein the longitudinal extension of the receptacle of the conveyor belt is configured to be longer than the longitudinal extension of the smoking article, and wherein the apparatus has at least one compressed-air nozzle and the smoking article can be positioned toward the edge of the receptacles by the at least one compressed-air nozzle after it was fed onto the conveyor belt.
A pharmaceutical composition comprising neprosin or a variant thereof with at least 85% sequence homology thereto, and optionally an enzyme selected from the group consisting of nepenthesin I, nepenthesin II, variants thereof with at least 85% sequence homology thereto, and mixtures thereof for use in attenuating or preventing intestinal inflammation due to the presence of peptidic food antigens in an intestine of a patient.
A gas turbine engine comprising a low pressure compressor stage, a high pressure compressor stage, a high pressure turbine stage, a low pressure turbine stage, an intercooler, a recuperator stage and a condensation heat exchanger stage, a proportion of compressed air flow passes from the low pressure compressor stage to be cooled in the intercooler, the cooled compressed air passing through the intercooler is delivered to the high pressure compressor stage, the recuperator stage recovers heat from an exhaust gas flow from the low pressure turbine stage and exchanges heat with a compressed air flow exiting the high pressure compressor stage to increase the temperature of the air flow, the condensation heat exchanger stage is provided between the recuperator stage and the intercooler stage to cool and dehumidify exhaust gas flow exiting the recuperator stage prior to presentation to the intercooler.
A shredding device for a sanitary grinder, the device comprising a grid, a knife mounted to rotate relative to a first planar face of the grid and defining a cutting plane parallel to the plane of the first planar face of the grid, characterized in that it comprises at least one position adjusting element (60a, 60b) that is arranged between the first planar face of the grid and the cutting plane of the knife in order to ensure a predetermined spacing (d) therebetween, said at least one adjusting element (60a, 60b) being made of a material that is capable of being degraded at least in part during the operation of the device.
A panel for a building structure having a predefined curvature, said panel having a generally rectangular shape with a curvature, such that the panel has a convex outer surface and a concave inner surface with a set of side edge regions and a set of end edge regions (1"), characterised in that the panel comprises at least one mineral wool fibre slab with a plurality of first strips adhered to the outer surface and a plurality of second strips adhered to the inner surface.
A method performed by a mesh device, comprising: de-obfuscating first information of a received packet with a privacy key that matches a network identifier, NID of the packet; and, characterized by, determining whether to decrypt second information of the packet based on the de-obfuscated first information. de-obfuscating first information of a received packet with a privacy key that matches a network identifier, NID of the packet; and, characterized by, determining whether to decrypt second information of the packet based on the de-obfuscated first information.
A treatment apparatus for the surgical correction of defective vision of an eye of a patient, which comprises a laser device, including a laser and a three-dimensional focus adjustment device (9, 11), and which separates corneal tissue by irradiating pulsed, focused laser radiation, the treatment apparatus comprising - a control unit for controlling the laser and the three-dimensional focus adjustment device (9, 11) in accordance with control data, - an interface for receiving the control data from a planning device, the control data specifying a three-dimensional pattern of target points which are located in a boundary surface (19, 20) in the cornea to be formed as a cut surface and which define support points of a path for the focus of the focused laser radiation, - wherein the control unit is configured to control the three-dimensional focus adjustment device (9, 11) in such a way that it adjusts the focus of the focused laser radiation along the path in accordance with the target points specified by the control data, characterized in that - the laser device is configured to emit pulses of the pulsed laser radiation into the cornea at points which are not specified by the control data and lie on the path between the target points specified by the control data. - a control unit for controlling the laser and the three-dimensional focus adjustment device (9, 11) in accordance with control data, - an interface for receiving the control data from a planning device, the control data specifying a three-dimensional pattern of target points which are located in a boundary surface (19, 20) in the cornea to be formed as a cut surface and which define support points of a path for the focus of the focused laser radiation, - wherein the control unit is configured to control the three-dimensional focus adjustment device (9, 11) in such a way that it adjusts the focus of the focused laser radiation along the path in accordance with the target points specified by the control data, - the laser device is configured to emit pulses of the pulsed laser radiation into the cornea at points which are not specified by the control data and lie on the path between the target points specified by the control data.
Arrangement for defining a location within an organism, said arrangement comprising: - a hollow needle, comprising a longitudinal channel and a distal end; - a mandrin (1, 90, 1500, 1600), accommodated in the longitudinal channel in mobile manner in relation to it and removable from said channel and having a distal end of closed design, comprising an electrode pattern including at least two electrodes (7a, 7b, 7c, 7d); as well as - a processing unit, configured to monitor the advancement of the distal end only on the basis of a measurement signal of bioimpedance received from the electrodes (7a, 7b, 7c, 7d) of the electrode pattern. - a hollow needle, comprising a longitudinal channel and a distal end; - a mandrin (1, 90, 1500, 1600), accommodated in the longitudinal channel in mobile manner in relation to it and removable from said channel and having a distal end of closed design, comprising an electrode pattern including at least two electrodes (7a, 7b, 7c, 7d); as well as - a processing unit, configured to monitor the advancement of the distal end only on the basis of a measurement signal of bioimpedance received from the electrodes (7a, 7b, 7c, 7d) of the electrode pattern.
A household appliance, comprising a housing that forms an appearance body of the household appliance, wherein the housing has an opening portion, the household appliance further comprises a cover (4, 8, 10) that is movably disposed on the housing to open or close the opening portion and forms a part of appearance of the household appliance, a light source (14, 140, 1400) controlled by a control apparatus is provided in the housing, and a light guide element (16, 16a, 16b, 1610) is provided in the cover (4, 8, 10), wherein when the cover (4, 8, 10) closes the opening portion, a position of the light source is opposite to that of the light guide element, characterized in that the control apparatus is such configured so as to close the light source when a relative distance D between the light source (14, 140, 1400) and the light guide element (16, 16a, 16b, 1610) is greater than or equal to a preset value D0.
Goods processing apparatus for placement and singulation of flat goods, with a placement of a placement device as well as a feed deck and a separation device, wherein a portion of the placement device is arranged below the placement deck of the goods processing apparatus, and wherein the feed deck has an opening for an separation roller; and with a portion of the separation device that is arranged above the feed deck, wherein the aforementioned portion and the separation roller form a main gate of the separation device for the singulation of a stack of flat goods; and with a control unit to control the placement device and separation device, characterized in that a) the placement device is equipped for edge alignment of a stack of flat goods with different formats and has at least two transport elements (141,..., 14x) which enable an automatic displacement of the stack transversal to the transport direction x and placement of the stack at an alignment wall, as well as a transport of the stack in the transport direction x towards the feed deck (13, 21) of the separation device, as well as a displacement of the stack counter to the transport direction x, b) a movement means is provided to move the portion (265, 269*) of the separation device in a direction counter to the transport direction x, wherein the movement comprised of a drive module (267, 267*) with associated movement mechanism (26a, 269*) to move the portion of the separation device in the transport direction x and counter to the x-direction; and in that the portion of the separation device includes a ramp plate (265, 265*). c) means are provided to control the alignment state of the transport elements of the placement device of the goods processing apparatus, and to control the movement of the portion of the separation device, wherein the aforementioned portion enables a displacement of the stack counter to the transport direction x. a) the placement device is equipped for edge alignment of a stack of flat goods with different formats and has at least two transport elements (141,..., 14x) which enable an automatic displacement of the stack transversal to the transport direction x and placement of the stack at an alignment wall, as well as a transport of the stack in the transport direction x towards the feed deck (13, 21) of the separation device, as well as a displacement of the stack counter to the transport direction x, b) a movement means is provided to move the portion (265, 269*) of the separation device in a direction counter to the transport direction x, wherein the movement comprised of a drive module (267, 267*) with associated movement mechanism (26a, 269*) to move the portion of the separation device in the transport direction x and counter to the x-direction; and in that the portion of the separation device includes a ramp plate (265, 265*). c) means are provided to control the alignment state of the transport elements of the placement device of the goods processing apparatus, and to control the movement of the portion of the separation device, wherein the aforementioned portion enables a displacement of the stack counter to the transport direction x.
A method for enabling a terminal to send messages to infrastructure equipment, comprising: monitoring (step 1), by a first terminal, at least one condition of a first vehicle at which the first terminal is disposed; the first terminal preparing (step 2) a message based on the monitored vehicle condition and assigning (step 2) one of a plurality of priority levels to the message; controlling the first terminal to send the message (step 6) to another vehicle when a lack of infrastructure coverage is detected (step 4) by the first terminal; receiving and storing (step 7) the message in a second terminal, disposed on the second vehicle; the second terminal detecting (step 8) a presence of the infrastructure coverage; and whereby: the second terminal, after detecting the presence of the infrastructure coverage, determines (step 10) whether utilization levels of the infrastructure equipment will allow sending messages of a particular one of the plurality of priority levels; and if allowed, the second terminal sends the message to the infrastructure equipment. monitoring (step 1), by a first terminal, at least one condition of a first vehicle at which the first terminal is disposed; the first terminal preparing (step 2) a message based on the monitored vehicle condition and assigning (step 2) one of a plurality of priority levels to the message; controlling the first terminal to send the message (step 6) to another vehicle when a lack of infrastructure coverage is detected (step 4) by the first terminal; receiving and storing (step 7) the message in a second terminal, disposed on the second vehicle; the second terminal detecting (step 8) a presence of the infrastructure coverage; and whereby: the second terminal, after detecting the presence of the infrastructure coverage, determines (step 10) whether utilization levels of the infrastructure equipment will allow sending messages of a particular one of the plurality of priority levels; and if allowed, the second terminal sends the message to the infrastructure equipment. the second terminal, after detecting the presence of the infrastructure coverage, determines (step 10) whether utilization levels of the infrastructure equipment will allow sending messages of a particular one of the plurality of priority levels; and if allowed, the second terminal sends the message to the infrastructure equipment.
A respirator assembly comprising: a protective shell shaped to cover at least a portion of a user's head; an air manifold (20; 220; 320) including an air inlet conduit (26; 226; 326) and an air delivery conduit (28; 228; 328), the air inlet conduit (26; 226; 326) configured to be disposed adjacent the back of a user's head and extend out of the protective shell, and the air delivery conduit (28; 228; 328) in fluid communication with the air inlet conduit (26; 226; 326), the air delivery conduit (28; 228; 328) within the shell and having an outlet (32; 232; 233; 235; 332) for delivering a flow of air into a space defined between the shell and the user's head; and a pivotally mounted vane (50; 150; 150a; 250) at the outlet that is adjustable between a first position wherein the air flow from the outlet is directed in a first direction and a second position wherein the air flow from the outlet is directed in a second, different direction, wherein the pivotally mounted vane (50; 150; 150a; 250) is adjustable by a controller (60; 160; 180; 280) while the respirator assembly is worn by a user. a protective shell shaped to cover at least a portion of a user's head; an air manifold (20; 220; 320) including an air inlet conduit (26; 226; 326) and an air delivery conduit (28; 228; 328), the air inlet conduit (26; 226; 326) configured to be disposed adjacent the back of a user's head and extend out of the protective shell, and the air delivery conduit (28; 228; 328) in fluid communication with the air inlet conduit (26; 226; 326), the air delivery conduit (28; 228; 328) within the shell and having an outlet (32; 232; 233; 235; 332) for delivering a flow of air into a space defined between the shell and the user's head; and a pivotally mounted vane (50; 150; 150a; 250) at the outlet that is adjustable between a first position wherein the air flow from the outlet is directed in a first direction and a second position wherein the air flow from the outlet is directed in a second, different direction, wherein the pivotally mounted vane (50; 150; 150a; 250) is adjustable by a controller (60; 160; 180; 280) while the respirator assembly is worn by a user.