mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communications, comprising: identifying at least a first hybrid automatic repeat request, HARQ, transmission and a second HARQ transmission, wherein at least one of the identified HARQ transmissions is for ultra-reliable low-latency communications, URLLC; receiving an indication including information of reference signal handling for the identified HARQ transmissions, wherein the information in the indication indicates at least one of: a relationship between the first HARQ transmission and the second HARQ transmission; that the reference signal handling includes application of same precodings or same phase shifts to the identified HARQ transmissions; that the reference signal handling includes application of different precodings or different phase shifts to the identified HARQ transmissions; or that coherent channel estimation is to be applied for the identified HARQ transmissions; and performing the reference signal handling based on the information. identifying at least a first hybrid automatic repeat request, HARQ, transmission and a second HARQ transmission, wherein at least one of the identified HARQ transmissions is for ultra-reliable low-latency communications, URLLC; receiving an indication including information of reference signal handling for the identified HARQ transmissions, wherein the information in the indication indicates at least one of: a relationship between the first HARQ transmission and the second HARQ transmission; that the reference signal handling includes application of same precodings or same phase shifts to the identified HARQ transmissions; that the reference signal handling includes application of different precodings or different phase shifts to the identified HARQ transmissions; or that coherent channel estimation is to be applied for the identified HARQ transmissions; and a relationship between the first HARQ transmission and the second HARQ transmission; that the reference signal handling includes application of same precodings or same phase shifts to the identified HARQ transmissions; that the reference signal handling includes application of different precodings or different phase shifts to the identified HARQ transmissions; or that coherent channel estimation is to be applied for the identified HARQ transmissions; and performing the reference signal handling based on the information.
A power-tool battery pack usable as a power supply of a power tool and capable of slidably attaching to and detaching from a tool main body of the power tool, the power-tool battery pack comprising: at least one battery cell; a case housing the at least one battery cell; and a female terminal (60; 60A; 60B; 60C; 60D) having inner sides adapted to electrically connect to and sandwich a counterpart side male terminal of the tool main body as the battery pack is slidably attached to the tool main body, the female terminal being electrically connected to the at least one battery cell, wherein the case comprises a case main body housing the at least one battery cell and a case-cover part connected to the case main body, the case-cover part comprises a female opening, which is adapted to receive the male terminal, and sandwiching-wall parts, which are adapted to sandwich the female terminal (60; 60A; 60B; 60C; 60D) from outer sides of the female terminal (60; 60A; 60B; 60C; 60D), the female terminal (60; 60A; 60B; 60C; 60D) and the sandwiching-wall parts are adapted such that, at least when the female terminal (60; 60A; 60B; 60C; 60D) sandwiches the male terminal, parts of the female terminal (60; 60A; 60B; 60C; 60D) facing the sandwiching-wall parts serve as abutting-support parts and are caused to touch the sandwiching-wall parts, the female terminal (60; 60A; 60B; 60C; 60D) comprises a support-seat part coupled to a circuit board, terminal parts for sandwiching the male terminal, and support-frame parts continuously connecting the support-seat part and the terminal parts, and the abutting-support parts of the female terminal (60; 60A; 60B; 60C; 60D) are provided on the support-frame parts. at least one battery cell; a case housing the at least one battery cell; and a female terminal (60; 60A; 60B; 60C; 60D) having inner sides adapted to electrically connect to and sandwich a counterpart side male terminal of the tool main body as the battery pack is slidably attached to the tool main body, the female terminal being electrically connected to the at least one battery cell, wherein
Anti-friction bearing with a first bearing ring and a second bearing ring with in each case one preferably axially running outer face (20; 40), two preferably radially extending side faces (22; 42) and an inner face (24; 44), the inner faces (24; 44) of the first and second bearing rings (2; 4) receiving at least one rolling body between them, characterized in that at least two cut-outs (10-1, 10-2) are configured in the inner face (24; 44) of one of the bearing rings, which cut-outs (10-1, 10-2) are spaced apart from one another axially over the rolling body and are designed to interact with a lifting tool, the inner face (24; 44) having a rolling body contact face (26, 46) and, axially laterally next to the rolling body contact face (26; 46) and spaced apart from one another over the rolling body, a first edge face (28-1; 48-1) and a second edge face (28-2; 48-2), the at least one cut-out being configured in the first and the second edge face (28-1; 28-2; 48-1; 48-2), and the first and second edge face (28-1; 28-2; 48-1; 48-2) being configured as first and second bearing ring shoulder.
Bare wire continuous-flow heater for heating water with a heater cartridge, comprising a cartridge interior for water to flow through, a water inlet and a water outlet, arranged on the lateral face of the heater cartridge, and a functional element comprising a bare wire heater coil and receptacles, which hold the ends of the bare wire heater coil, a first water deflection element being arranged in the inflow region of the cartridge interior upstream of the bare wire heater coil in the flow direction, characterised in that the functional element comprises the receptacles on the end faces, a second water deflection element being arranged in the outflow region of the cartridge interior downstream of the bare wire heater coil in the flow direction and each of the water deflection elements forming an end-face interior wall of the cartridge interior.
A system for managing hair condition information, comprising: • at least one sensor for determining a user's hair condition information, wherein the hair condition information includes a degree of hair damage and a hair color; • a memory, wherein the memory is designed to store at least the hair condition information; and a processor, wherein the processor is designed to compare a user's degree of hair damage before the hair treatment, detected by means of the sensor, with a plurality of degrees of hair damage stored in the memory, to compare a user's hair color before the hair treatment, detected by means of the sensor, with a plurality of hair colors stored in the memory, to determine a most similar degree of hair damage and most similar hair color stored in the memory, and • to provide a predicted hair condition and predicted hair color on the basis of the most similar degree of hair damage determined in each case and the most similar hair color determined and a user's desired hair color, wherein the processor is further designed to update at least one item of hair condition information in the memory on the basis of a deviation of a user's hair condition information after a hair treatment, determined by means of the sensor, from a user's predicted hair condition information, and replace a degree of hair damage determined during a previous hair condition measurement and a hair color determined during a previous hair condition measurement with a degree of hair damage measured later and a hair color measured later in the memory. • at least one sensor for determining a user's hair condition information, wherein the hair condition information includes a degree of hair damage and a hair color; • a memory, wherein the memory is designed to store at least the hair condition information; and a processor, wherein the processor is designed to compare a user's degree of hair damage before the hair treatment, detected by means of the sensor, with a plurality of degrees of hair damage stored in the memory, to compare a user's hair color before the hair treatment, detected by means of the sensor, with a plurality of hair colors stored in the memory, to determine a most similar degree of hair damage and most similar hair color stored in the memory, and • to provide a predicted hair condition and predicted hair color on the basis of the most similar degree of hair damage determined in each case and the most similar hair color determined and a user's desired hair color, wherein the processor is further designed to update at least one item of hair condition information in the memory on the basis of a deviation of a user's hair condition information after a hair treatment, determined by means of the sensor, from a user's predicted hair condition information, and replace a degree of hair damage determined during a previous hair condition measurement and a hair color determined during a previous hair condition measurement with a degree of hair damage measured later and a hair color measured later in the memory.
An analog-to-digital converter, ADC, circuitry, comprising: an input (104; 204a, 204b) configured to receive an analog input signal to be converted to a digital representation, and a reference input signal; an integrator (102; 202) comprising a capacitor (110; 210a, 210b), wherein the integrator (102; 202) is configured to switch between integrating the analog input signal for ramping an integrator output and allow a charge to build up on the capacitor and integrating the reference input signal for returning integrator output towards a threshold; a comparator (120; 220) configured to compare integrator output to the threshold; and a timer (150; 250) configured to determine a time duration during which the reference input signal is integrated for changing the integrator output to reach the threshold, wherein the time duration provides a digital representation of an analog input signal value; characterized in that the ADC circuitry (100; 200) further comprises a feedforward noise shaping loop (130; 130a, 130b; 230a, 230b) comprising at least one noise shaping capacitor configured to store a quantization error signal remaining on the integrator output based on digitizing a first sample of the analog input signal, wherein the comparator (120; 220) is configured to receive a feedforward noise shaping signal from the feedforward noise shaping loop (130; 130a, 130b; 230a, 230b) based on the quantization error signal stored by the at least one noise shaping capacitor for changing the threshold of the comparator (120; 220) for digitizing a later sample of the analog input signal following the first sample. an input (104; 204a, 204b) configured to receive an analog input signal to be converted to a digital representation, and a reference input signal; an integrator (102; 202) comprising a capacitor (110; 210a, 210b), wherein the integrator (102; 202) is configured to switch between integrating the analog input signal for ramping an integrator output and allow a charge to build up on the capacitor and integrating the reference input signal for returning integrator output towards a threshold; a comparator (120; 220) configured to compare integrator output to the threshold; and a timer (150; 250) configured to determine a time duration during which the reference input signal is integrated for changing the integrator output to reach the threshold, wherein the time duration provides a digital representation of an analog input signal value; characterized in that the ADC circuitry (100; 200) further comprises a feedforward noise shaping loop (130; 130a, 130b; 230a, 230b) comprising at least one noise shaping capacitor configured to store a quantization error signal remaining on the integrator output based on digitizing a first sample of the analog input signal, wherein the comparator (120; 220) is configured to receive a feedforward noise shaping signal from the feedforward noise shaping loop (130; 130a, 130b; 230a, 230b) based on the quantization error signal stored by the at least one noise shaping capacitor for changing the threshold of the comparator (120; 220) for digitizing a later sample of the analog input signal following the first sample.
A method for producing a tube which includes a wall section, a hollow section, and a reinforcing member, the reinforcing member being provided in the wall section and having a ring shape, a wide-ring shape, or a spiral shape, said method comprising the steps of: (a)forming a primary molded body, in which the reinforcing member is provided along an outer peripheral surface of a tubular resin, by carrying out resin molding while the reinforcing member and a core pin for forming the hollow section are placed in a cavity of a first mold; and (b)covering the reinforcing member by carrying out resin molding while the primary molded body is placed in a cavity of a second mold which has an inner diameter larger than an inner diameter of the first mold; wherein the first mold has an inner wall surface which is provided with a hole-like recessed part. (a)forming a primary molded body, in which the reinforcing member is provided along an outer peripheral surface of a tubular resin, by carrying out resin molding while the reinforcing member and a core pin for forming the hollow section are placed in a cavity of a first mold; and (b)covering the reinforcing member by carrying out resin molding while the primary molded body is placed in a cavity of a second mold which has an inner diameter larger than an inner diameter of the first mold;
A mold for rubber articles comprising: a hole penetrating from a molding surface for molding a rubber article to a back surface thereof; a core member disposed within the hole and forming an air discharge flow channel annular in cross section extending along the extension direction of the hole between itself and the hole wall forming the hole; and an interlinking part interlinking the hole wall to the core member, wherein the core member has a length along a hole axis of the hole that is the same as or shorter than a thickness from the molding surface to the back surface, characterised in that the hole, the core section, and the interlinking part are molded by an additive manufacturing process. a hole penetrating from a molding surface for molding a rubber article to a back surface thereof; a core member disposed within the hole and forming an air discharge flow channel annular in cross section extending along the extension direction of the hole between itself and the hole wall forming the hole; and an interlinking part interlinking the hole wall to the core member, wherein the core member has a length along a hole axis of the hole that is the same as or shorter than a thickness from the molding surface to the back surface, characterised in that the hole, the core section, and the interlinking part are molded by an additive manufacturing process.
A ceramic dielectric based on the system Ba 1-x Sr x Ti 1-y Me y O 3-z F z where x = 0.0001 to 1, preferably 0.2 to 0.6, and y = 0.0001 to 0.2, preferably 0.001 to 0.05, and z = 0.00001 to 3, preferably 0.001 to 0.2, characterized in that one or more of the metals selected from the group consisting of Fe, Co, Mn, Ni, Cu, Mg, Cr, Zn, Cd, Ag, Y, Sc, Al, Ga, In, As, Sb, Pt and Au are used as doping metal Me.
Brake having two caliper arms at the ends of which brake shoes are respectively arranged and between which a force generating device is pivoted by means of a first carrier and a second carrier spaced therefrom, characterized in that the first and the second carriers (1, 2) are arranged on a common linear axis of movement and the first carrier has a stub arranged along the linear axis of movement, which is guided in a guidance longitudinally slidable and torque-proof, which guidance is arranged on the first end of a housing, and the second carrier is arranged on the opposite second end of the housing, wherein a first end of a spindle is rotationally supported on the stub, the spindle is guided coaxially to the stub in the housing in a spindle nut, which is guided torque-proof and in parallel to the linear axis of movement slidably in the housing and which is driven along the linear axis of movement by a piston arranged in the housing, to which pressure can be applied, having a controlled motor arranged in the housing, which motor is set up to turn the spindle against the housing.
A valve unit comprising: a valve body presenting an inlet adapted for coupling with a source of pressurized gas and an outlet adapted for coupling with a gas receiver; a shiftable valve member including a piston seal holder and an inner body section, said shiftable valve member being located within said body between said inlet and said outlet and shiftable between a closed, gas flow-blocking position and a valve open position permitting flow of gas from said source to said receiver, the valve unit characterized by said shiftable valve member being normally maintained in said closed position against a valve opening force exerted there against by said source of pressurized gas; a spring located within a spring chamber operable to bias said inner body section toward the valve open position; a first operating surface forming a part of said piston seal holder that is exposed to said pressurized gas from said source; a modulation chamber formed between at least a part of a second operating surface and adjacent portions of said valve body; a passageway communicating said source with said modulation chamber, pressurized gas from said source exerting a valve closing force on said second operating surface; and an actuator operable upon actuation thereof to cause said shiftable valve member to shift to the valve open position, gas from said source to be delivered to said receiver, and gas from said modulation chamber to be drained therefrom. a valve body presenting an inlet adapted for coupling with a source of pressurized gas and an outlet adapted for coupling with a gas receiver; a shiftable valve member including a piston seal holder and an inner body section, said shiftable valve member being located within said body between said inlet and said outlet and shiftable between a closed, gas flow-blocking position and a valve open position permitting flow of gas from said source to said receiver, the valve unit characterized by said shiftable valve member being normally maintained in said closed position against a valve opening force exerted there against by said source of pressurized gas; a spring located within a spring chamber operable to bias said inner body section toward the valve open position; a first operating surface forming a part of said piston seal holder that is exposed to said pressurized gas from said source; a modulation chamber formed between at least a part of a second operating surface and adjacent portions of said valve body; a passageway communicating said source with said modulation chamber, pressurized gas from said source exerting a valve closing force on said second operating surface; and an actuator operable upon actuation thereof to cause said shiftable valve member to shift to the valve open position, gas from said source to be delivered to said receiver, and gas from said modulation chamber to be drained therefrom.
A component comprising a substrate coated with a coating having a film (3,4 or 3,4,5) comprising one or more transition metals, TM, aluminium, Al, and nitrogen, N, wherein the TM and N as well as Al and N are comprised in the film forming respectively nitride compounds, wherein the transition metal nitride, TM-N, is present in the film distributed in different portions exhibiting one crystalline phase of TM-N, and the aluminium nitride, Al-N, is present in the film in different portions exhibiting one phase of Al-N, characterized in that the phase of the transition metal nitride is cubic, c-TMN, the phase of the aluminium nitride is wurtzite, w-AIN, wherein the film: - exhibits coherent or (semi-) coherent interfaces characterized by continuous lattice fringes between the c-TMN phase portions and the w-AI-N phase portions, and - exhibits one of the three coherent orientations between the c-TMN and w-AIN phases, it means the orientation c- / w-, or c- / w-, or c- / w-, and wherein: - a self-adapted diffusion barrier layer consisting of SiN, BN and WN is present at the interfaces between the c-TMN phase portions and the w-AI-N phase portions with a thickness between 1 monolayer and 5 monolayers, and - the substrate is a polycrystalline material and a w-AIN seed layer exhibiting the crystallographic orientation w-, or w-, or w- is deposited between the polycrystalline substrate and the film. the phase of the transition metal nitride is cubic, c-TMN, the phase of the aluminium nitride is wurtzite, w-AIN, wherein the film: - exhibits coherent or (semi-) coherent interfaces characterized by continuous lattice fringes between the c-TMN phase portions and the w-AI-N phase portions, and - exhibits one of the three coherent orientations between the c-TMN and w-AIN phases, it means the orientation c- / w-, or c- / w-, or c- / w-, - exhibits coherent or (semi-) coherent interfaces characterized by continuous lattice fringes between the c-TMN phase portions and the w-AI-N phase portions, and - exhibits one of the three coherent orientations between the c-TMN and w-AIN phases, it means the orientation c- / w-, or c- / w-, or c- / w-, and wherein: - a self-adapted diffusion barrier layer consisting of SiN, BN and WN is present at the interfaces between the c-TMN phase portions and the w-AI-N phase portions with a thickness between 1 monolayer and 5 monolayers, and - the substrate is a polycrystalline material and a w-AIN seed layer exhibiting the crystallographic orientation w-, or w-, or w- is deposited between the polycrystalline substrate and the film. - a self-adapted diffusion barrier layer consisting of SiN, BN and WN is present at the interfaces between the c-TMN phase portions and the w-AI-N phase portions with a thickness between 1 monolayer and 5 monolayers, and - the substrate is a polycrystalline material and a w-AIN seed layer exhibiting the crystallographic orientation w-, or w-, or w- is deposited between the polycrystalline substrate and the film.
An implantable heart help device for assisting the pump function of the heart by exerting an external force on the heart, wherein said implantable device comprises: a first fixating member adapted to fixate said device to a part of the human body comprising bone; a second fixating member; at least one connecting arm in contact with said second fixating member; characterized in that at least one heart pump device configured to be arranged in contact with said second fixating member and said connecting arm; wherein said second fixating member is configured to be displaceable in relation to said first fixating member for changing the position of said heart pump device. a first fixating member adapted to fixate said device to a part of the human body comprising bone; a second fixating member; at least one connecting arm in contact with said second fixating member; characterized in that at least one heart pump device configured to be arranged in contact with said second fixating member and said connecting arm; wherein said second fixating member is configured to be displaceable in relation to said first fixating member for changing the position of said heart pump device.