mhurhangee/ep-ind-claims huggingface dataset:
A system for maintaining a box blank in a desired position, comprising: a support structure, the support structure being configured to support a box blank thereon; a first arm linked to the support structure; and a second arm linked to the support structure; the second arm being spaced apart from the first arm such that at least one end flap (14,16) of a box blank can be inserted into the space between the first arm and the second arm to align a portion of the box blank with the first arm, the first arm and the second arm being arranged such that the at least one end flap (14,16) extends away from the support surface when the at least one end flap (14,16) of the box blank is inserted into the space between the first arm and the second arm, and wherein the first arm and the second arm cooperate with the support structure to maintain at least two side panels of the box blank in an adjacent position to form a manufacturer's joint while the at least one end flap (14,16) is inserted into the space between the first arm and the second arm; and the first arm and second arm being arranged such that, in the longitudinal direction of the parallel arms (42/44), the end of one arm is offset from the end of the other arm to allow application of tape to the joint. a support structure, the support structure being configured to support a box blank thereon; a first arm linked to the support structure; and a second arm linked to the support structure; the second arm being spaced apart from the first arm such that at least one end flap (14,16) of a box blank can be inserted into the space between the first arm and the second arm to align a portion of the box blank with the first arm, the first arm and the second arm being arranged such that the at least one end flap (14,16) extends away from the support surface when the at least one end flap (14,16) of the box blank is inserted into the space between the first arm and the second arm, and wherein the first arm and the second arm cooperate with the support structure to maintain at least two side panels of the box blank in an adjacent position to form a manufacturer's joint while the at least one end flap (14,16) is inserted into the space between the first arm and the second arm; and the first arm and second arm being arranged such that, in the longitudinal direction of the parallel arms (42/44), the end of one arm is offset from the end of the other arm to allow application of tape to the joint.
Removable cooking sensor, having - a housing (2, 4) with a base and a removable cover, wherein - the base is provided for attachment to a side wall of a cooking utensil and - a cooking utensil temperature sensor, a data processing device and a data transmission device are present on the base, characterised in that - a metal shield is arranged on the inside of the cover, - the data transmission device is designed to use radio waves for the data transmission, which have a radio frequency which differs considerably from an induction frequency of an induction field for generating induction heating of the cooking utensil, that - the metal shield is a self-supporting metal body connected inside to the cover by a material bond, that - the metal shield has a discharge opening through to the cover, which is dimensioned and arranged such that it is permeable to the radio waves and impermeable to the induction field and that - the shield has a hollow cylindrical basic shape which is open on its base area facing the base and has the discharge opening on its base area facing away from the base. - a housing (2, 4) with a base and a removable cover, wherein - the base is provided for attachment to a side wall of a cooking utensil and - a cooking utensil temperature sensor, a data processing device and a data transmission device are present on the base, - a metal shield is arranged on the inside of the cover, - the data transmission device is designed to use radio waves for the data transmission, which have a radio frequency which differs considerably from an induction frequency of an induction field for generating induction heating of the cooking utensil, that - the metal shield is a self-supporting metal body connected inside to the cover by a material bond, that - the metal shield has a discharge opening through to the cover, which is dimensioned and arranged such that it is permeable to the radio waves and impermeable to the induction field and that - the shield has a hollow cylindrical basic shape which is open on its base area facing the base and has the discharge opening on its base area facing away from the base.
Household appliance (28a; 28c), in particular household refrigeration appliance, having at least one household appliance device, in particular a household refrigeration appliance device, having at least one appliance closure element (10a; 10b; 10c) which is provided to at least partially cover an access opening, characterised by at least one elongated handle unit (12a; 12b; 12c) and at least one opening auxiliary unit (14a; 14b) with an opening auxiliary element embodied as a lever element, which is rotatably mounted about an axis of rotation, wherein the opening auxiliary unit (14a; 14b) is provided to reduce an opening force required to open the appliance closure element (10a; 10b; 10c), wherein the handle unit (12a; 12b; 12c) is provided at least to trigger the opening auxiliary unit (14a; 14b) in order to be pivoted relative to the appliance closure element (10a; 10b; 10c) about a handle pivot axis (16a; 16b; 16c) arranged at least substantially perpendicular to a longitudinal extension direction of the handle unit (12a; 12b; 12c).
A global synchronization method based on a packet switching system comprising a plurality of chips, comprising: selecting one of the chips as a reference chip; and calibrating, by each chip, its own timer by taking the reference chip as a reference, the method is characterized by further comprising: sending, by each chip, a zero-point pulse or zero-point pulse cell to each of the links connected with the chip, and feeding back a calibration cell in response to a zero-point pulse or zero-point pulse cell received through each of the links connected with the chip, wherein the zero-point pulse or zero-point pulse cell is a pulse sent immediately when the timer of the chip reaches zero. selecting one of the chips as a reference chip; and calibrating, by each chip, its own timer by taking the reference chip as a reference, the method is characterized by further comprising: sending, by each chip, a zero-point pulse or zero-point pulse cell to each of the links connected with the chip, and feeding back a calibration cell in response to a zero-point pulse or zero-point pulse cell received through each of the links connected with the chip, wherein the zero-point pulse or zero-point pulse cell is a pulse sent immediately when the timer of the chip reaches zero.
A device comprising: a first and a second content buffers (102, 104) fillable with the contents of a first and a second memory locations (112, 114), said memory locations alternating each other in sequence of their addresses; two address buffers (602, 604) sequentially fillable with respective content addresses of the first and second memory locations and a selector of a filling mode between simultaneous filling during which the two address buffers are filled with a request address associated to the filing of the content buffers so that said first and second content buffers are simultaneously filled, and of a sequential filling during which one of the address buffer is filled with a request address associated to the corresponding content buffer, and, when filling one of the first and second address buffers, the content of the other is left unchanged, so that, during the filling of the first content buffer, the content of the other content buffer is left unchanged. a first and a second content buffers (102, 104) fillable with the contents of a first and a second memory locations (112, 114), said memory locations alternating each other in sequence of their addresses; two address buffers (602, 604) sequentially fillable with respective content addresses of the first and second memory locations and a selector of a filling mode between simultaneous filling during which the two address buffers are filled with a request address associated to the filing of the content buffers so that said first and second content buffers are simultaneously filled, and of a sequential filling during which one of the address buffer is filled with a request address associated to the corresponding content buffer, and, when filling one of the first and second address buffers, the content of the other is left unchanged, so that, during the filling of the first content buffer, the content of the other content buffer is left unchanged.
A light fixture (101, 401, 501, 1201, 1301, 1401, 1501) comprising: - at least one light source (103, 1403) generating light; - a light collector (105, 1457) configured to collect at least a part of said light and to convert said light into a light beam (107, 1407) propagating a long an optical axis (109, 1409), where said light beam is concentrated at an optical gate (111, 1411) arranged along said optical axis; and - an optical assembly (113, 1413) comprising at least one optical front lens (115, 1415), said optical assembly is configured to project at least a part of said light beam along said optical axis; wherein said light fixture comprises a prism effect system (117, 417, 517, 1217, 1317) wherein said prism effect system comprises: • a first prism (119, 219) comprising an entrance surface (120, 220) and a multi-faceted exit surface (121, 221); • a second prism (122, 222) comprising a multi-faceted entrance surface (123, 223) and an exit surface (124, 224); wherein said entrance surface of said first prism faces towards said light source and said multi-faceted entrance surface of said second prism faces said multi-faceted exit surface of said first prism and wherein said first prism and second prism are rotatable in relation to each other around an axis parallel to said optical axis and wherein said multi-faceted exit surface of said first prism and said multi-faceted entrance surface comprise an identical number of inverted facets characterized in that the prism effect system is arranged between said optical gate (111, 1411) and said optical front lens (115, 1415), wherein the light fixture comprises an imaging object within the optical gate. - at least one light source (103, 1403) generating light; - a light collector (105, 1457) configured to collect at least a part of said light and to convert said light into a light beam (107, 1407) propagating a long an optical axis (109, 1409), where said light beam is concentrated at an optical gate (111, 1411) arranged along said optical axis; and - an optical assembly (113, 1413) comprising at least one optical front lens (115, 1415), said optical assembly is configured to project at least a part of said light beam along said optical axis; • a first prism (119, 219) comprising an entrance surface (120, 220) and a multi-faceted exit surface (121, 221); • a second prism (122, 222) comprising a multi-faceted entrance surface (123, 223) and an exit surface (124, 224);
An electrode padset, comprising: a plurality of conductive pads, at least one conductive pad adapted to emit an electrical signal and at least one other conductive pad adapted to receive an electrical signal; an adjustable electrically conductive material coupling the conductive pads to each other, wherein the electrically conductive material is a printed film; and adapted to accommodate different size patients; at least one pouch positioned above at least one of the conductive pads, wherein each pouch maintains excess folded electrically conductive material not necessary to accommodate a patient and wherein the electrically conductive material is removable from the pouch to lengthen the padset and reinsertable into the pouch to shorten the padset; at least one anti-creasing guiding device coupled to each pouch which serves to maintain a radius to protect the electrically conductive material from creasing at fold points at the exit of each pouch; wherein the plurality of conductive pads are adapted to be placed on a patient in a specified configuration, characterized in that the electrode padset further comprises: a fixating device affixing an intermediary layer of the excess folded electrically conductive material directly to said pouch near the pouch exit and to hold the intermediary layer directionally so as to prevent the intermediary layer from exiting said pouch with another layer of the folded electrically conductive material. a plurality of conductive pads, at least one conductive pad adapted to emit an electrical signal and at least one other conductive pad adapted to receive an electrical signal; an adjustable electrically conductive material coupling the conductive pads to each other, wherein the electrically conductive material is a printed film; and adapted to accommodate different size patients; at least one pouch positioned above at least one of the conductive pads, wherein each pouch maintains excess folded electrically conductive material not necessary to accommodate a patient and wherein the electrically conductive material is removable from the pouch to lengthen the padset and reinsertable into the pouch to shorten the padset; at least one anti-creasing guiding device coupled to each pouch which serves to maintain a radius to protect the electrically conductive material from creasing at fold points at the exit of each pouch; wherein the plurality of conductive pads are adapted to be placed on a patient in a specified configuration, characterized in that the electrode padset further comprises: a fixating device affixing an intermediary layer of the excess folded electrically conductive material directly to said pouch near the pouch exit and to hold the intermediary layer directionally so as to prevent the intermediary layer from exiting said pouch with another layer of the folded electrically conductive material.
A method for a device-to-device, D2D, operation performed by a terminal in a wireless communication system, the method comprising: receiving information related to a D2D resource pool; receiving information related to a gap configuration, wherein the information related to the gap configuration consists of 1 bit and is used to indicate whether the terminal is allowed to configure a gap, and wherein the gap is a time period during which communication with a serving cell is temporarily stopped in order to transmit or receive a signal for the D2D operation; if the received information related to the gap configuration indicates that the terminal is allowed to configure the gap, configuring the gap for the D2D operation; and performing the D2D operation with respect to another terminal in a D2D resource indicated by the information related to the D2D resource pool, wherein the terminal stops to receive a downlink signal within the configured gap, and wherein the terminal performs only the D2D operation within the configured gap. receiving information related to a D2D resource pool; receiving information related to a gap configuration, wherein the information related to the gap configuration consists of 1 bit and is used to indicate whether the terminal is allowed to configure a gap, and wherein the gap is a time period during which communication with a serving cell is temporarily stopped in order to transmit or receive a signal for the D2D operation; if the received information related to the gap configuration indicates that the terminal is allowed to configure the gap, configuring the gap for the D2D operation; and performing the D2D operation with respect to another terminal in a D2D resource indicated by the information related to the D2D resource pool, wherein the terminal stops to receive a downlink signal within the configured gap, and wherein the terminal performs only the D2D operation within the configured gap.
Brake cylinder comprising a housing, a piston, a pressure bolt, a compression spring, a release bolt having a thread, a securing pin and a nut, the nut being fastened to an end of the release bolt by means of the securing pin, characterized in that the release bolt has a depression at its end for accommodating the securing pin.
A method of metalizing a surface of an insulation substrate comprising the steps of: applying an ink composition comprising a metal compound and an ink vehicle, wherein the metal compound is at least one selected from CuFe 0.5 Al 0.5 O 2.5, CuFe 0.25 Al 0.25 Mn 0.5 O 2.5, CuFe 0.5 B 0.5 O 2.5, CuNi 0.5 B 0.5 O 2.5, and CuGa 0.5 B 0.5 O 2.5 onto a surface to be metalized of the insulation substrate to obtain an insulation substrate with an ink layer; and plating at least one metal layer onto the insulation substrate with the ink layer. applying an ink composition comprising a metal compound and an ink vehicle, wherein the metal compound is at least one selected from CuFe 0.5 Al 0.5 O 2.5, CuFe 0.25 Al 0.25 Mn 0.5 O 2.5, CuFe 0.5 B 0.5 O 2.5, CuNi 0.5 B 0.5 O 2.5, and CuGa 0.5 B 0.5 O 2.5 onto a surface to be metalized of the insulation substrate to obtain an insulation substrate with an ink layer; and plating at least one metal layer onto the insulation substrate with the ink layer.
A system for monitoring an animal in a home cage, the system comprising: • a home cage enclosure to enclose the home cage; where the home cage enclosure comprises: - a door hingedly engaged to at least one sidewall of the home cage enclosure; - a front camera engaged to a first lens and the front camera is further engaged to the door; - a rear camera engaged to a second lens and the rear camera engaged to a rear wall of the home cage enclosure, where the rear wall is engaged to the at least one sidewall and disposed opposite the door; - at least one near-infrared light source; and - a light diffuser. • a home cage enclosure to enclose the home cage; where the home cage enclosure comprises: - a door hingedly engaged to at least one sidewall of the home cage enclosure; - a front camera engaged to a first lens and the front camera is further engaged to the door; - a rear camera engaged to a second lens and the rear camera engaged to a rear wall of the home cage enclosure, where the rear wall is engaged to the at least one sidewall and disposed opposite the door; - at least one near-infrared light source; and - a light diffuser. - a door hingedly engaged to at least one sidewall of the home cage enclosure; - a front camera engaged to a first lens and the front camera is further engaged to the door; - a rear camera engaged to a second lens and the rear camera engaged to a rear wall of the home cage enclosure, where the rear wall is engaged to the at least one sidewall and disposed opposite the door; - at least one near-infrared light source; and - a light diffuser.
A water treatment cartridge (1;1') comprising: a mounting part arranged to cooperate with a hopper in use to allow the cartridge to be secured so as to depend downwardly from an outlet opening of the hopper, wherein the mounting part comprises mounting lugs that enable the cartridge (1;1') to be rotated into position; a sealing surface arranged radially inwardly of the mounting lugs; one or more inlet(s) (6; 6') in the upper surface of the cartridge, the inlet(s) provided radially inward of the mounting part and radially inward of the sealing surface such that, once the cartridge is mounted in position below the outlet opening of the hopper, all of the water from the hopper must pass through the inlet(s) (6; 6') into the cartridge in order to escape; and a seal on an outwardly facing surface of the cartridge spaced from the mounting part, below the mounting part, and arranged to cooperate with a hopper in use to allow the cartridge to be secured therein wherein the seal extends around the whole periphery of the cartridge, and wherein the seal is arranged below the one or more inlet(s) (6;6') and above one or more outlet(s) (12,14) provided in a lower part (8:8') of the cartridge. a mounting part arranged to cooperate with a hopper in use to allow the cartridge to be secured so as to depend downwardly from an outlet opening of the hopper, wherein the mounting part comprises mounting lugs that enable the cartridge (1;1') to be rotated into position; a sealing surface arranged radially inwardly of the mounting lugs; one or more inlet(s) (6; 6') in the upper surface of the cartridge, the inlet(s) provided radially inward of the mounting part and radially inward of the sealing surface such that, once the cartridge is mounted in position below the outlet opening of the hopper, all of the water from the hopper must pass through the inlet(s) (6; 6') into the cartridge in order to escape; and a seal on an outwardly facing surface of the cartridge spaced from the mounting part, below the mounting part, and arranged to cooperate with a hopper in use to allow the cartridge to be secured therein wherein the seal extends around the whole periphery of the cartridge, and wherein the seal is arranged below the one or more inlet(s) (6;6') and above one or more outlet(s) (12,14) provided in a lower part (8:8') of the cartridge.
A driving machine comprising: a first movable member (12,26,72) operable in a first direction and a second direction opposite to the first direction; a second movable member operable in the first direction and the second direction; an energizing mechanism that energizes the first movable member in the first direction and energizes the second movable member in the second direction; a first regulating mechanism (51,58) that has states of preventing and allowing an operation of the first movable member in the first direction; a second regulating mechanism (52,59; 50,57) that has states of preventing and allowing an operation of the second movable member in the second direction; characterized by a third regulating mechanism (71,82) that has a first state of preventing the second movable member from operating in the second direction and a second state of allowing the second movable member to operate in the second direction, wherein when the first movable member operates in the first direction, the third regulating mechanism is switched from the first state to the second state. a first movable member (12,26,72) operable in a first direction and a second direction opposite to the first direction; a second movable member operable in the first direction and the second direction; an energizing mechanism that energizes the first movable member in the first direction and energizes the second movable member in the second direction; a first regulating mechanism (51,58) that has states of preventing and allowing an operation of the first movable member in the first direction; a second regulating mechanism (52,59; 50,57) that has states of preventing and allowing an operation of the second movable member in the second direction; characterized by a third regulating mechanism (71,82) that has a first state of preventing the second movable member from operating in the second direction and a second state of allowing the second movable member to operate in the second direction, wherein when the first movable member operates in the first direction, the third regulating mechanism is switched from the first state to the second state.
Communication system for a motor vehicle, wherein the communication system has a telemetry terminal point, in particular with a multiplicity of interfaces, and a motor vehicle control unit terminal point, wherein the communication system also comprises a bus via which the terminal points (2, 3) communicate with one another, wherein the communication system has a firewall which monitors the communication between the terminal points (2, 3), and wherein the firewall is operationally monitored by means of a monitoring unit, in particular a watchdog.