mhurhangee/patent-ind-claim-en huggingface dataset:
A domestic appliance device having an underside supportable on a rest surface, the device comprising: a retractable caster wheel assembly having a retracted and a lowered orientation; a rear fixed foot being located closer to a rear of the device than the caster wheel assembly ; one or more rear wheels ; characterized in that the one or more rear wheels are located closer to the rear of the device than the rear fixed foot ; in the lowered orientation, the retractable caster wheel assembly and the rear wheel are in contact with the rest surface, and the rear fixed foot is raised above the rest surface, and in the retracted orientation, the rear wheel is raised above the rest surface and the rear fixed foot is in contact with the rest surface. a retractable caster wheel assembly having a retracted and a lowered orientation; a rear fixed foot being located closer to a rear of the device than the caster wheel assembly ; one or more rear wheels ; characterized in that the one or more rear wheels are located closer to the rear of the device than the rear fixed foot ; in the lowered orientation, the retractable caster wheel assembly and the rear wheel are in contact with the rest surface, and the rear fixed foot is raised above the rest surface, and in the retracted orientation, the rear wheel is raised above the rest surface and the rear fixed foot is in contact with the rest surface.
A row of withdrawable connectors for a terminal block comprising a first type withdrawable connector and a second type withdrawable connector cooperating with the first type withdrawable connector to form said row , said row extending along an extending direction of the row called longitudinal direction , each of the first and second type withdrawable connectors comprising: - an electrical connection assembly provided with a connection terminal for a conducting electric wire and a connection socket arranged to cooperate with a complementary socket of the terminal block , - an insulating body having a cavity in which the connection assembly is disposed, the cavity defining an opening through a first transverse wall of the insulating body and the cavity being formed between the first transverse wall and a second transverse wall of the body , the second type withdrawable connector comprising a first cooperation arrangement comprising at least one protrusion of the first transverse wall extending along the longitudinal direction and the first type withdrawable connector comprising a first cooperation arrangement comprising at least one hook intended for a removable closing element of the opening , each of the first and second type withdrawable connectors comprising a second cooperation arrangement comprising at least one depression formed in the insulating body between the first transverse wall and the second transverse wall , and, arranged to cooperate with the at least one protrusion of the first transverse wall of a second type withdrawable connector ; the row of withdrawable connectors comprising: - a removable closing element arranged to removably cooperate with the at least one hook of the first type withdrawable connector , the row of withdrawable connectors being characterized in that the at least one hook has a removable fastening orifice formed in the first transverse wall and extending along the longitudinal direction , the removable fastening orifice being arranged to cooperate with a complementary cooperation pad of the closing element , the first transverse wall having a recess extending along the longitudinal direction towards the second transverse wall at a height (h) at least equal to the thickness (ep) of the removable closing element , the removable closing element being arranged to close the opening generated by the cavity while not protruding longitudinally from the jig of the first type withdrawable connector . - an electrical connection assembly provided with a connection terminal for a conducting electric wire and a connection socket arranged to cooperate with a complementary socket of the terminal block , - an insulating body having a cavity in which the connection assembly is disposed, the cavity defining an opening through a first transverse wall of the insulating body and the cavity being formed between the first transverse wall and a second transverse wall of the body , - a removable closing element arranged to removably cooperate with the at least one hook of the first type withdrawable connector ,
A method for using a blockchain as an integrity tracking tool for a network element , the blockchain comprising a plurality of blocks, each block recording a plurality of transactions, each transaction associated with a patch section for a patch request or a patch report, the method comprising the steps of: receiving , by a blockchain network , a patch request comprising an expected result of a patch application from a patch initiator ; validating, by the blockchain network , the patch request and writing the patch request on the blockchain,; transmitting, by the blockchain network , the patch request to a network element ; receiving , by the blockchain network , a patch report comprising the expected result of the patch application from the network element , and validating , by the blockchain network , the patch report and writing the patch report on the blockchain. receiving , by a blockchain network , a patch request comprising an expected result of a patch application from a patch initiator ; validating, by the blockchain network , the patch request and writing the patch request on the blockchain,; transmitting, by the blockchain network , the patch request to a network element ; receiving , by the blockchain network , a patch report comprising the expected result of the patch application from the network element , and validating , by the blockchain network , the patch report and writing the patch report on the blockchain.
Apparatus for lifting heavy loads, comprising at least one mast (5, 6; 5', 6') or part of such mast, from which a load may be suspended, wherein the apparatus is provided with a ground-standing erection facility that during erection of the apparatus is invariably positionable, which erection facility comprises an assembly frame that is provided with a push-up and lowering capability for the at least one mast (5, 6; 5', 6') or part of such mast, which assembly frame of the erection facility is equipped to receive in said assembly frame during erection of the apparatus or to remove therefrom during dismantling of the apparatus, a mast piece or a series of mast pieces below an assembly of mast pieces above said mast piece or series of mast pieces for converting the apparatus between a dismantled position and a fully erected position, characterized in that the apparatus comprises two masts (5, 6; 5', 6') or parts thereof, which two masts are gantry towers , or which two masts are a main boom and a back mast of a crane.
A housing for an ultrasonic surgical instrument having a clamping mechanism configured for cooperative action with an end effector, the housing adapted to accept a handpiece for providing ultrasonic energy, the housing comprising: a handle configured to interface with a user of the instrument; a trigger adapted to cause a clamp arm of the clamping mechanism to pivot between a first position and a second position; a rotation knob adapted to cause corresponding rotation of the end effector and clamp arm; characterised in that the housing further comprises at least one switch (36a-b) located on the handle and electrically connected to a generator for providing an electrical signal to the generator for controlling the level of ultrasonic energy delivered by the handpiece , the at least one switch located such that a user may operate the at least one switch and the rotation knob using the same finger(s) on the same hand interfacing with the handle; a connector, wherein the connector comprises at least one slip ring conductor ; and a flex circuit adapted to provide an electro-mechanical interface between the at least one switch (36a-b) and the generator , said flex circuit comprising: at least one electrical contact switch configured to provide, when depressed, an electrical signal to the generator ; and at least one conductor (111a-b) adapted to connect to a corresponding one of said at least one slip ring conductors via said connector . a handle configured to interface with a user of the instrument; a trigger adapted to cause a clamp arm of the clamping mechanism to pivot between a first position and a second position; a rotation knob adapted to cause corresponding rotation of the end effector and clamp arm; characterised in that the housing further comprises at least one switch (36a-b) located on the handle and electrically connected to a generator for providing an electrical signal to the generator for controlling the level of ultrasonic energy delivered by the handpiece , the at least one switch located such that a user may operate the at least one switch and the rotation knob using the same finger(s) on the same hand interfacing with the handle; a connector, wherein the connector comprises at least one slip ring conductor ; and a flex circuit adapted to provide an electro-mechanical interface between the at least one switch (36a-b) and the generator , said flex circuit comprising: at least one electrical contact switch configured to provide, when depressed, an electrical signal to the generator ; and at least one conductor (111a-b) adapted to connect to a corresponding one of said at least one slip ring conductors via said connector . at least one electrical contact switch configured to provide, when depressed, an electrical signal to the generator ; and at least one conductor (111a-b) adapted to connect to a corresponding one of said at least one slip ring conductors via said connector .
A resin composition for a metal substrate comprising 5-40% of a main resin and 60-95% of a thermally conductive filler when the total weight of the resin composition is calculated as 100%; wherein the main resin comprises 60-90% of a flexible epoxy resin having a structure as shown in Formula I and 10-40% of a phenoxy resin when the total weight of the main resin is calculated as 100%, wherein R is selected from C2-C20 linear or branched alkylene groups, -CO-R 1 -CO- or -R 2 -O-R 3 -O-R 4 -, wherein R 1 is selected from C2-C20 linear or branched alkylene groups; R 2 and R 4 are each independently selected from C1-C10 linear or branched alkylene groups; R 3 is selected from C2-C15 linear or branched alkylene groups, C6-C17 cycloalkyl group or wherein R 5 is selected from C1-C10 linear or branched alkylene groups; m is an integer from 1-10; n 1 represents a mean repeating unit of 4-10. wherein the main resin comprises 60-90% of a flexible epoxy resin having a structure as shown in Formula I and 10-40% of a phenoxy resin when the total weight of the main resin is calculated as 100%, wherein R is selected from C2-C20 linear or branched alkylene groups, -CO-R 1 -CO- or -R 2 -O-R 3 -O-R 4 -, wherein R 1 is selected from C2-C20 linear or branched alkylene groups; R 2 and R 4 are each independently selected from C1-C10 linear or branched alkylene groups; R 3 is selected from C2-C15 linear or branched alkylene groups, C6-C17 cycloalkyl group or wherein R 5 is selected from C1-C10 linear or branched alkylene groups; m is an integer from 1-10; n 1 represents a mean repeating unit of 4-10.
Apparatus for illuminating a sample , having at least one pulsed laser light source for repeatedly emitting a first laser pulse along a first optical path and a second laser pulse along a second optical path which is spatially separate from the first optical path; a superposition element for collinear superposition of the two laser pulses in a common optical path ; a delay stage , arranged in the first or the second optical path , for delaying one of the two laser pulses relative to the other laser pulse in such a way that the two laser pulses emitted along the common optical path onto the sample have a temporal superposition; a common chirp unit , arranged in the common optical path , for modifying the frequency both of the first laser pulse and of the second laser pulse; and at least one separate chirp unit , arranged in the first optical path , for modifying the frequency solely of the first laser pulse; wherein the common chirp unit and the separate chirp unit are matched with each other for achieving a desired state, in which the difference between an instantaneous frequency of the first laser pulse, modified both by the separate chirp unit and by the common chirp unit , and an instantaneous frequency of the second laser pulse, modified solely by the common chirp unit , is constant during the temporal superposition of the two laser pulses; characterized in that at least the wavelength of the first laser pulse is variable in a predetermined wavelength range using the pulsed laser light source ; and the separate chirp unit is coupled to a controller , by means of which the separate chirp unit is actuatable with a control parameter, dependent on the wavelength of the first laser pulse, for setting the desired state.
A fluid heater , including: - a heater core including first and second elongate co-extensive heater members, - a conduit with an input end for fluid to be heated and an output end for heated fluid, the conduit wound onto the heater members in a winding pattern including a set of first winding loops wound around the first heater member and a set of second winding loops wound around the second heater member , the first winding loops interleaved with the second winding loops , characterised in that the fluid heater includes centering members between the first winding loops and the first heater member and between the second winding loops and the second heater member . - a heater core including first and second elongate co-extensive heater members, - a conduit with an input end for fluid to be heated and an output end for heated fluid, the conduit wound onto the heater members in a winding pattern including a set of first winding loops wound around the first heater member and a set of second winding loops wound around the second heater member , the first winding loops interleaved with the second winding loops ,
A functional food composition, comprising: an edible or potable substance; a cross-linked edible membrane matrix fully encapsulating the edible or potable substance; a probiotic; and a prebiotic, with the proviso that the edible or potable substance and the matrix do not both contain the probiotic or both contain the prebiotic, wherein the matrix comprises the prebiotic and the edible or potable substance component comprises the probiotic, or wherein the matrix comprises the probiotic and the edible or potable substance comprises the prebiotic. an edible or potable substance; a cross-linked edible membrane matrix fully encapsulating the edible or potable substance; a probiotic; and a prebiotic, with the proviso that the edible or potable substance and the matrix do not both contain the probiotic or both contain the prebiotic, wherein the matrix comprises the prebiotic and the edible or potable substance component comprises the probiotic, or wherein the matrix comprises the probiotic and the edible or potable substance comprises the prebiotic.
A lamination molding apparatus, comprising: a material layer former configured to form a material layer in a molding region (RM), the material layer being formed for each of a plurality of divisional layers which are a desired three-dimensional molded product divided by a predetermined height; a first emitter configured to form a solidified layer by irradiating a predetermined irradiation region (RI) of the material layer in the predetermined divisional layer with a first beam (L1) to sinter or melt the material layer ; and a thermal adjuster configured to adjust a temperature of at least a portion of the solidified layer to a predetermined first temperature (T1) and then to a predetermined second temperature (T2); wherein when the first temperature is referred to as T1, the second temperature is referred to as T2, a martensite start temperature of the solidified layer is referred to as Ms, and a martensite finish temperature of the solidified layer is referred to as Mf, following formulas of to are all satisfied: T 1 ≥ Mf T 1 > T 2 T 2 ≤ Ms a material layer former configured to form a material layer in a molding region (RM), the material layer being formed for each of a plurality of divisional layers which are a desired three-dimensional molded product divided by a predetermined height; a first emitter configured to form a solidified layer by irradiating a predetermined irradiation region (RI) of the material layer in the predetermined divisional layer with a first beam (L1) to sinter or melt the material layer ; and a thermal adjuster configured to adjust a temperature of at least a portion of the solidified layer to a predetermined first temperature (T1) and then to a predetermined second temperature (T2); wherein when the first temperature is referred to as T1, the second temperature is referred to as T2, a martensite start temperature of the solidified layer is referred to as Ms, and a martensite finish temperature of the solidified layer is referred to as Mf, following formulas of to are all satisfied: T 1 ≥ Mf T 1 > T 2 T 2 ≤ Ms
A protective cover for a fire protection sprinkler comprising: a pair of sidewalls ; an orthogonal wall structure connected to an upper edge of each of the pair of sidewalls , said orthogonal wall structure including a slot therein that opens along an edge of the orthogonal wall structure in alignment with a side opening between the pair of sidewalls , the slot including a pair of side edges including a pair of opposing arcuate regions adapted to engage a deflector mounting boss disposed at the end of a pair of frame arms of a fire protection sprinkler , characterized by , an arcuate sidewall extending from said orthogonal wall structure ; and an upper wall extending inward from an upper edge of the arcuate sidewall , the upper wall opposing the orthogonal wall structure , wherein the orthogonal wall structure , the arcuate sidewall , and the upper wall defining a cavity that is adapted for receiving a deflector of the fire protection sprinkler . a pair of sidewalls ; an orthogonal wall structure connected to an upper edge of each of the pair of sidewalls , said orthogonal wall structure including a slot therein that opens along an edge of the orthogonal wall structure in alignment with a side opening between the pair of sidewalls , the slot including a pair of side edges including a pair of opposing arcuate regions adapted to engage a deflector mounting boss disposed at the end of a pair of frame arms of a fire protection sprinkler , characterized by , an arcuate sidewall extending from said orthogonal wall structure ; and an upper wall extending inward from an upper edge of the arcuate sidewall , the upper wall opposing the orthogonal wall structure , wherein the orthogonal wall structure , the arcuate sidewall , and the upper wall defining a cavity that is adapted for receiving a deflector of the fire protection sprinkler .
A method of decoding video information, the method comprising: receiving a bitstream comprising a number of enhancement layers according to HEVC or a scalable extension thereof, and a flag indicating whether a base layer coded according to an Advanced Video Coding (AVC) codec is included in the bitstream; determining whether the base layer for the enhancement layers is included in the bitstream based upon a value of the flag; and; in response to determining that the base layer is not included in the bitstream, ignoring, for each enhancement layer, a value of a parameter vps_max_dec_pic_buffering_minus1[i] which signals a maximum size of the decoded picture buffer for the enhancement layer [i] when decoding the enhancement layer [i], and inferring the maximum size of the decoded picture buffer for the enhancement layer [i]. receiving a bitstream comprising a number of enhancement layers according to HEVC or a scalable extension thereof, and a flag indicating whether a base layer coded according to an Advanced Video Coding (AVC) codec is included in the bitstream; determining whether the base layer for the enhancement layers is included in the bitstream based upon a value of the flag; and; in response to determining that the base layer is not included in the bitstream, ignoring, for each enhancement layer, a value of a parameter vps_max_dec_pic_buffering_minus1[i] which signals a maximum size of the decoded picture buffer for the enhancement layer [i] when decoding the enhancement layer [i], and inferring the maximum size of the decoded picture buffer for the enhancement layer [i].
A continuous mechanochemical process under gas flow to carry out the conversion of CO 2 into a mixture of high added value chemical compounds, said mixture comprising a mixture of low molecular weight hydrocarbons, mainly methane, ethylene and ethane, and solid products of mineral carbonation, mainly Mg and Fe carbonates, said process comprising at least the following steps: a)- continuously passing a gas flow comprising, or consisting of, CO 2 through a reactor equipped with milling means, and in the presence of Olivine powder and water, in liquid or gaseous form, at from room temperature to ≤ 100°C; said reactor being subjected to motion in such a way that the milling means trigger a mechanochemical reaction that, on one side, produces hydrogen from the present water, and then said hydrogen carries out the conversion of a portion of CO 2 into said low molecular weight hydrocarbons, while, on the other side, the other portion of CO 2 reacts with the transformation products of Olivine and non-reacted H 2 O to give said products of mineral carbonation; b)- separating and recovering from the gas mixture exiting the reactor said low molecular weight hydrocarbons and non-reacted hydrogen obtained in step a); c)- at the end of the reaction, separating and recovering from the reactor said solid products of mineral carbonation of Olivine obtained in step a). a)- continuously passing a gas flow comprising, or consisting of, CO 2 through a reactor equipped with milling means, and in the presence of Olivine powder and water, in liquid or gaseous form, at from room temperature to ≤ 100°C; said reactor being subjected to motion in such a way that the milling means trigger a mechanochemical reaction that, on one side, produces hydrogen from the present water, and then said hydrogen carries out the conversion of a portion of CO 2 into said low molecular weight hydrocarbons, while, on the other side, the other portion of CO 2 reacts with the transformation products of Olivine and non-reacted H 2 O to give said products of mineral carbonation; b)- separating and recovering from the gas mixture exiting the reactor said low molecular weight hydrocarbons and non-reacted hydrogen obtained in step a); c)- at the end of the reaction, separating and recovering from the reactor said solid products of mineral carbonation of Olivine obtained in step a).