mhurhangee/patent-ind-claim-en huggingface dataset:
Protective shell for a studded shoe comprising a front part and a rear part, the front part being capable of being equipped with nails, the shell comprising a sole comprising a front part and a rear part , the front part and the rear part of the shell are configured to cooperate with the front part and the rear part of the studded shoe respectively, the shell further comprising: a peripheral rim , secured to the sole , a peripheral cable clamping device , integrated into said peripheral rim , characterized in that the shell further comprises a cushion , positioned in the front part of the shell . the front part and the rear part of the shell are configured to cooperate with the front part and the rear part of the studded shoe respectively, the shell further comprising: a peripheral rim , secured to the sole , a peripheral cable clamping device , integrated into said peripheral rim , characterized in that the shell further comprises a cushion , positioned in the front part of the shell . a peripheral rim , secured to the sole , a peripheral cable clamping device , integrated into said peripheral rim , characterized in that the shell further comprises a cushion , positioned in the front part of the shell .
A hair removal device comprising at least one blade, and a skin engaging member comprising: a. a water-soluble polymer; and b. about 22% to about 40% of ethylene vinyl acetate by weight of the skin engaging member, said ethylene vinyl acetate having a vinyl acetate % of 18 or less. a. a water-soluble polymer; and b. about 22% to about 40% of ethylene vinyl acetate by weight of the skin engaging member, said ethylene vinyl acetate having a vinyl acetate % of 18 or less.
Motor vehicle lock with the closure elements of lock catch and pawl , wherein the lock catch can be pivoted into a closed position, in which it is retained in engagement with a striker or the like, and into an open position, in which it releases the striker or the like, wherein the pawl can be pivoted into an engaged position, in which it holds the lock catch in a closed position, and into a lifted-out position, in which it releases the lock catch , wherein a drivetrain for the motorized lifting-out of the pawl is provided with an electric opening drive , wherein a lock mechanism is provided that, in the installed state, serves to manually lift out the pawl from the outside and from the inside by way of an outside door handle and an inside door handle , and wherein the lock mechanism has a switchable coupling arrangement for the transmission of manual actuating forces and as a result can be brought into the mechanical lock states "unlocked", "locked" and "anti-theft locked", wherein the pawl can be manually lifted out from the outside and inside in the lock state "unlocked", cannot be manually lifted out from the outside but can from the inside in the lock state "locked", and cannot be manually lifted out either from the outside or from the inside in the lock state "anti-theft locked", characterized in that the pawl or the drivetrain is coupled or can be coupled to a control element of the lock mechanism in such a manner that the motorized lifting of the pawl out of the lock state "anti-theft locked" brings about a displacement of the lock mechanism into the lock state "locked".
A scraper, comprising: a scraper body , having a bottom surface and a top surface opposite to the bottom surface; and a rolling body , arranged on the bottom surface of the scraper body, the rolling body being able to support the scraper body when the scraper is in a mounted position; and a supporting body , formed on the bottom surface of the scraper body, wherein the supporting body is provided with a mounting surface and the mounting surface forms a part of the bottom surface; the mounting surface is provided with the rolling body , characterized in that the supporting body is a nonmetallic elastomer. a scraper body , having a bottom surface and a top surface opposite to the bottom surface; and a rolling body , arranged on the bottom surface of the scraper body, the rolling body being able to support the scraper body when the scraper is in a mounted position; and a supporting body , formed on the bottom surface of the scraper body, wherein the supporting body is provided with a mounting surface and the mounting surface forms a part of the bottom surface; the mounting surface is provided with the rolling body , characterized in that the supporting body is a nonmetallic elastomer.
Recovery device, in particular for recovering persons from confined spaces, comprising a flexible sheath with an upper side and a lower side , wherein the flexible sheath comprises on the upper side an upper support section for supporting a head of a person to be rescued, a lower support section opposite the upper support section and a middle support section arranged between the upper support section and the lower support section , wherein the central support section comprises a bottom region aligned with the upper support section and the lower support section and two side surfaces adjoining the bottom region in opposite directions, and wherein a textile web is arranged on the bottom region and the side surfaces of the central supporting portion of the flexible sheath , characterized in that a restraint system designed as a rescue belt with at least one shoulder belt and one leg belt for fixing a person to be rescued is connected to the textile web via a stitching. wherein a textile web is arranged on the bottom region and the side surfaces of the central supporting portion of the flexible sheath , characterized in that a restraint system designed as a rescue belt with at least one shoulder belt and one leg belt for fixing a person to be rescued is connected to the textile web via a stitching.
Occluder for closing the left atrial appendage of a patient, comprising a proximal end and a distal end , and comprising a self-expandable frame , wherein, in the expanded state, the occluder has a substantially spherical outer contour, characterized in that , in an insertion position, the occluder has, by comparison with the self-expanded form, an elongate outer contour in which the proximal end is displaced in the proximal direction and the distal end is displaced in the distal direction and the occluder is stretched, in that on the outside of the proximal hemisphere of the frame at least partially covering biological tissue is arranged, and in that the biological tissue is stabilized by treatment by means of a reticulation method and, in order to make it durable, is either wetted with a liquid medium or dried. in that , in an insertion position, the occluder has, by comparison with the self-expanded form, an elongate outer contour in which the proximal end is displaced in the proximal direction and the distal end is displaced in the distal direction and the occluder is stretched, in that on the outside of the proximal hemisphere of the frame at least partially covering biological tissue is arranged, and in that the biological tissue is stabilized by treatment by means of a reticulation method and, in order to make it durable, is either wetted with a liquid medium or dried.
A method for transmitting channel status information, CSI, of downlink transmission by a user equipment, UE, via uplink in a wireless communication system, the method comprising: transmitting (S2210) a joint-coded rank indicator, RI, and a first wideband, WB, precoding matrix indicator, PMI, in a first subframe to a base station, BS, ; and transmitting (S2220) a wideband channel quality indicator, WB CQI, and a second WB PMI in a second subframe to the BS ; wherein a PMI of the UE is indicated by a combination of the first PMI and the second PMI, wherein the first WB PMI indicates one index among indexes i1 of the first WB PMI in the precoding codebook and the second WB PMI indicates one index among indexes i2 of the second WB PMI in the precoding codebook, characterized in that the indexes i1 of the first WB PMI for each of Rank-1 and Rank-2 are subsampled in subset indexes as follows: i 1 (first WB PMI) Rank-1 0, 2, 4, 6, 8, 10, 12, 14 Rank-2 0, 2, 4, 6, 8, 10, 12, 14 wherein the precoding codebook for Rank-1 is represented by the following table: where φ n is denoted by φ n = e jπn / 2 and v m is denoted by v m = [1 e j 2 πm /32 e j 4 πm /32 e j6πm /32 ] T , and wherein the precoding codebook for Rank-2 is represented by the following table: where φ n is denoted by φ n = e jπn /2 and v m is denoted by v m = [1 e j 2 πm /32 e j 4 πm /32 e j 6 πm /32 ] T . transmitting (S2210) a joint-coded rank indicator, RI, and a first wideband, WB, precoding matrix indicator, PMI, in a first subframe to a base station, BS, ; and transmitting (S2220) a wideband channel quality indicator, WB CQI, and a second WB PMI in a second subframe to the BS ; wherein a PMI of the UE is indicated by a combination of the first PMI and the second PMI, wherein the first WB PMI indicates one index among indexes i1 of the first WB PMI in the precoding codebook and the second WB PMI indicates one index among indexes i2 of the second WB PMI in the precoding codebook, characterized in that the indexes i1 of the first WB PMI for each of Rank-1 and Rank-2 are subsampled in subset indexes as follows: i 1 (first WB PMI) Rank-1 0, 2, 4, 6, 8, 10, 12, 14 Rank-2 0, 2, 4, 6, 8, 10, 12, 14 wherein the precoding codebook for Rank-1 is represented by the following table: where φ n is denoted by φ n = e jπn / 2 and v m is denoted by v m = [1 e j 2 πm /32 e j 4 πm /32 e j6πm /32 ] T , and wherein the precoding codebook for Rank-2 is represented by the following table: where φ n is denoted by φ n = e jπn /2 and v m is denoted by v m = [1 e j 2 πm /32 e j 4 πm /32 e j 6 πm /32 ] T .
A refrigerating appliance comprising: - a first storage compartment (110 ) and a second storage compartment (110 ), the first and second storage compartments being separated from each other; - a refrigeration circuit comprising a first evaporator (170 ) associated to the first storage compartment, a second evaporator (170 ) associated to the second storage compartment, a condenser unit , a fluid expansion unit and a compressor for causing refrigerant to flow in the refrigeration circuit in sequence through the condenser unit, the fluid expansion unit, the first evaporator and the second evaporator, before reaching again the compressor, the first evaporator, the second evaporator and the compressor being fluidly connected in series; - temperature sensors (175 , 175 ) adapted to sense a first temperature (Ts ) indicative of the temperature inside the first storage compartment and a second temperature (Ts ) indicative of the temperature inside the second storage compartment characterized by ; - a control unit configured to set a flow rate of the compressor according to a weighted average of both: - a first difference (D ) between the sensed first temperature (Ts ) and a first storage compartment target temperature (Tt ), and - a second difference (D ) between the sensed second temperature (Ts ) and a second storage compartment target temperature (Tt ). - a first storage compartment (110 ) and a second storage compartment (110 ), the first and second storage compartments being separated from each other; - a refrigeration circuit comprising a first evaporator (170 ) associated to the first storage compartment, a second evaporator (170 ) associated to the second storage compartment, a condenser unit , a fluid expansion unit and a compressor for causing refrigerant to flow in the refrigeration circuit in sequence through the condenser unit, the fluid expansion unit, the first evaporator and the second evaporator, before reaching again the compressor, the first evaporator, the second evaporator and the compressor being fluidly connected in series; - temperature sensors (175 , 175 ) adapted to sense a first temperature (Ts ) indicative of the temperature inside the first storage compartment and a second temperature (Ts ) indicative of the temperature inside the second storage compartment characterized by ; - a control unit configured to set a flow rate of the compressor according to a weighted average of both: - a first difference (D ) between the sensed first temperature (Ts ) and a first storage compartment target temperature (Tt ), and - a second difference (D ) between the sensed second temperature (Ts ) and a second storage compartment target temperature (Tt ). - a first difference (D ) between the sensed first temperature (Ts ) and a first storage compartment target temperature (Tt ), and - a second difference (D ) between the sensed second temperature (Ts ) and a second storage compartment target temperature (Tt ).
A method of creating a model for a limb stump for the manufacture of a prosthesis stem, wherein in a detection step, the surface of the limb stump is detected, in a determination step, a tissue consistency of the limb stump is determined, and in a model creation step, a model of the limb stump is created based on data acquired in the detection step, in a subdivision step, a reference plane is defined in the model and the model is subdivided into several volume slices (3a-3f) running parallel to the reference plane, in a reduction step, a reduced volume value of at least one volume slice is determined based on the determined tissue consistency, characterized in that in a modification step, a volume of the at least one volume slice is reduced according to the reduced volume value while maintaining a thickness of the volume slice and a shape of a cross-sectional contour of the volume slice extending parallel to the reference plane, and the model is adapted according to the volume-reduced volume slice. in a detection step, the surface of the limb stump is detected, in a determination step, a tissue consistency of the limb stump is determined, and in a model creation step, a model of the limb stump is created based on data acquired in the detection step, in a subdivision step, a reference plane is defined in the model and the model is subdivided into several volume slices (3a-3f) running parallel to the reference plane, in a reduction step, a reduced volume value of at least one volume slice is determined based on the determined tissue consistency, characterized in that in a modification step, a volume of the at least one volume slice is reduced according to the reduced volume value while maintaining a thickness of the volume slice and a shape of a cross-sectional contour of the volume slice extending parallel to the reference plane, and the model is adapted according to the volume-reduced volume slice.
An Installation method (S500) for installing a device for protection, preferably, against the sun, wind and/or rain, the protection device comprising at least one hinged arm configured to have a plurality of positions between a folded position and a deployed position, and a pulling member configured to pull said at least one hinged arm between said deployed position and said folded position; the protection device comprising a support configured to receive the pulling member and said at least one hinged arm ; the installation method (S500) comprising steps: - fastening the support (S510) to a wall and/or assembling said pulling member to the support ; - providing (S520) said at least one hinged arm ; - fastening said at least one hinged arm (S525) to the pulling member ; and, - pulling (S530) said at least one hinged arm by said pulling member , said pulling member comprising a winding shaft configured to be rotated and a protection member configured to be attached or attach said at least one hinged arm and pull said at least one hinged arm during the pulling step (S530), said protection member being configured to winding around and/or unwinding said winding shaft in said pulling member during the pulling step (S530), said at least one hinged arm being in said folded position; - fastening said at least one hinged arm to the pulling member and/or to the support after the pulling step (S530) of said at least one hinged arm by said pulling member . - fastening the support (S510) to a wall and/or assembling said pulling member to the support ; - providing (S520) said at least one hinged arm ; - fastening said at least one hinged arm (S525) to the pulling member ; and, - pulling (S530) said at least one hinged arm by said pulling member , said pulling member comprising a winding shaft configured to be rotated and a protection member configured to be attached or attach said at least one hinged arm and pull said at least one hinged arm during the pulling step (S530), said protection member being configured to winding around and/or unwinding said winding shaft in said pulling member during the pulling step (S530), said at least one hinged arm being in said folded position; - fastening said at least one hinged arm to the pulling member and/or to the support after the pulling step (S530) of said at least one hinged arm by said pulling member .
A method comprising: performing demodulation de-mapping on a plurality of modulation symbols and thereby outputting a plurality of encoded bits over allocated radio resources of a physical downlink control channel, PDCCH, by a user equipment, UE , in a mobile communication network; performing channel decoding on the plurality of encoded bits and thereby outputting a plurality of decoded bits; and detecting downlink control information, DCI, by detaching a plurality of cyclic redundancy check, CRC, bits from the plurality of decoded bits, characterized by the method further comprising: applying cyclic shifting before the demodulation de-mapping using a UE-specific ID, wherein a value of the UE-specific ID is used to derive an interleaver for applying the cyclic shifting, wherein the cyclic shifting is a type of channel interleaving. performing demodulation de-mapping on a plurality of modulation symbols and thereby outputting a plurality of encoded bits over allocated radio resources of a physical downlink control channel, PDCCH, by a user equipment, UE , in a mobile communication network; performing channel decoding on the plurality of encoded bits and thereby outputting a plurality of decoded bits; and detecting downlink control information, DCI, by detaching a plurality of cyclic redundancy check, CRC, bits from the plurality of decoded bits, characterized by the method further comprising: applying cyclic shifting before the demodulation de-mapping using a UE-specific ID, wherein a value of the UE-specific ID is used to derive an interleaver for applying the cyclic shifting, wherein the cyclic shifting is a type of channel interleaving.
A filter comprising: (a) at least one filter arm comprising a plurality of hollow elements in fluid communication with each other, the hollow elements having porous walls , the at least one filter arm having a first end and a second end ; (b) a hollow transition element comprising a collector having a porous side wall , a central cavity , an upper closed end and a lower open end ; and at least one hollow transition element arm having a first transition arm end , a second transition arm end , and a porous side wall ; wherein the first transition arm end is connected to, and in fluid communication with, the second end of the at least one filter arm ; and the second transition arm end is connected to the side wall of the collector , and is in fluid communication with the central cavity of the collector via at least one aperture in the side wall of the collector ; and, (c) a hollow base having a side wall , and a base outlet port , wherein the hollow base is connected to, and in fluid communication with, the collector of the hollow transition element . (a) at least one filter arm comprising a plurality of hollow elements in fluid communication with each other, the hollow elements having porous walls , the at least one filter arm having a first end and a second end ; (b) a hollow transition element comprising a collector having a porous side wall , a central cavity , an upper closed end and a lower open end ; and at least one hollow transition element arm having a first transition arm end , a second transition arm end , and a porous side wall ; wherein the first transition arm end is connected to, and in fluid communication with, the second end of the at least one filter arm ; and the second transition arm end is connected to the side wall of the collector , and is in fluid communication with the central cavity of the collector via at least one aperture in the side wall of the collector ; and, (c) a hollow base having a side wall , and a base outlet port , wherein the hollow base is connected to, and in fluid communication with, the collector of the hollow transition element .
A method of controlling radio transmissions in a wireless communication network, the method comprising: a node (150; 160; 800; 1100) of the wireless communication network controlling dual connectivity of a radio device to the wireless communication network, said dual connectivity being based on a first radio technology and a second radio technology; and depending on subscription data associated with the radio device , the node (150; 160; 800; 1100) controlling a restriction of scheduling of radio transmissions of the radio device for one of the first radio technology and the second radio technology, wherein said restriction of scheduling blocks scheduling of radio transmissions with user plane data. a node (150; 160; 800; 1100) of the wireless communication network controlling dual connectivity of a radio device to the wireless communication network, said dual connectivity being based on a first radio technology and a second radio technology; and depending on subscription data associated with the radio device , the node (150; 160; 800; 1100) controlling a restriction of scheduling of radio transmissions of the radio device for one of the first radio technology and the second radio technology, wherein said restriction of scheduling blocks scheduling of radio transmissions with user plane data.
An elastomeric composite comprising an elastomer that comprises natural rubber, a filler and a nanofiller, wherein an amount of said filler is at most 40 phr and an amount of said nanofiller ranges from 10 phr to 30 phr.
A mould for bending of plastic or rubber tubes in furnace or by steam, which comprises a shaping labyrinth comprising at least two adjacent parts (I, II) connected to each other, characterized in that each part (I, II) is at its end which is intended for the connection to the other part (II, I) of the shaping labyrinth provided with a connecting flange adapted for detachable connection with adjustment of mutual turning and mutual angle to the connecting flange of the adjacent part (I, II) of the labyrinth .