mhurhangee/ep-ind-claims huggingface dataset:
A closed-back athletic glove capable of receiving a human hand, the athletic glove comprising: an exterior glove shell (602, 706) having a palm-side portion, a primary back portion, and a wrist back portion that form index, middle, ring, and pinky finger sheaths, a thumb sheath, and an opening capable of receiving a human hand, the opening located opposite the four finger sheaths and adjacent to the wrist back portion when the glove is worn by the user with fingers of the user extending within the four finger sheaths and the thumb of the user extending within the thumb sheath, the wrist back portion corresponds approximately to the area where the back of the user's hand meets the user's wrist; a glove webbing connected to and extending between the thumb sheath and the index finger sheath; a wrist strap connected to the interior surface of the exterior glove shell (602, 706) at a first attachment point and to the interior surface at a second attachment point, the wrist strap running from the first attachment point along a portion of the interior surface of the wrist back portion to the second attachment point, the first attachment point or the second attachment point including a fastening hardware mechanism; and an adjustment pad connected to the wrist strap such that when the glove is worn by the user, the adjustment pad is between the wrist strap and the user's hand and such that when the wrist strap is tightened, the wrist strap exerts a force on the adjustment pad that tightens the adjustment pad against the user's hand and wherein the adjustment pad is connected to the wrist strap such that when the wrist strap is tightened, the wrist strap moves independently of the adjustment pad.
An air fryer with a steaming function, comprising a cooking chamber and a water tank which are arranged inside a housing, wherein the air fryer is further provided therein with a control unit and a steam generator, a heating chamber is provided in the steam generator, high-temperature steam generated in the heating chamber of the steam generator is introduced into the cooking chamber, a chamber temperature sensor is arranged in the cooking chamber, each of the chamber temperature sensor, the steam generator and the water pump is electrically connected to the control unit, the cooking chamber has a volume of 5 to 10 L, and the water tank has a volume of 500 to 1,500 mL, characterized in that the heating chamber in the steam generator is connected to the water tank via a water pump, the water tank comprises a main water tank and a secondary water tank mounted at a lower end of the main water tank, wherein the main water tank is detachably mounted onto the secondary water tank, the main water tank has a volume of 500 to 1,500 mL, the secondary water tank communicates with the main water tank, the water pump is connected to the secondary water tank, a water level sensor is mounted at a bottom of an inner side of the secondary water tank, and the water level sensor is electrically connected to the control unit.
Nontherapeutic use of a three-dimensional nonwoven material surrounded with textile or nontextile material and having a thickness of 2 mm-10 mm which, in conjunction with liquids incorporated therein, cools body areas, for achieving a skin-appearance-improving, skin-firming, wrinkle-diminishing, anticellulite and/or fat-burning effect, wherein the nonwoven material is present in the form of clothing or in the form of pads arranged on clothing, and is washable and reusable several times.
A LED therapy bed comprising: a plurality of separately controlled LED modules; each module having a plurality of LEDs regulated by a current limiting circuit; the bed being characterised in that the plurality of LEDs is adapted to be overdriven to increase light output beyond normal operating intensity and to further produce thermal heat from said plurality of LEDs; each module further including at least one thermal sensor that is adapted to locally sense a temperature of said module; and each module further including at least one fan wherein the fan speed is regulated directly or indirectly by the at least one thermal sensor; and a master controller that is adapted to control each LED module, the at least one thermal sensor and the at least one fan; wherein the temperature of at least more than one of the modules or LEDs is separately controlled. a plurality of separately controlled LED modules; each module having a plurality of LEDs regulated by a current limiting circuit; the bed being characterised in that the plurality of LEDs is adapted to be overdriven to increase light output beyond normal operating intensity and to further produce thermal heat from said plurality of LEDs; each module further including at least one thermal sensor that is adapted to locally sense a temperature of said module; and each module further including at least one fan wherein the fan speed is regulated directly or indirectly by the at least one thermal sensor; and a master controller that is adapted to control each LED module, the at least one thermal sensor and the at least one fan; wherein the temperature of at least more than one of the modules or LEDs is separately controlled.
Seating furniture having a saddle-shaped seat surface, wherein the seat surface is arranged on a saddle support, characterized in that the seat surface is spanned in between a front saddle rail at a front rail support and a rear saddle rail at a rear rail support, and in that the front rail support and the rear rail support form a carrier, wherein a saddle comprises the carrier, the front saddle rail, the rear saddle rail and the seat surface formed as a covering, wherein the front saddle rail is arranged at a front end of the carrier, wherein the rear saddle rail is arranged at rear ends (T2, T3) of the carrier, wherein the front saddle rail and the rear saddle rail are spaced from each other such that these oppose each other non-contacting, wherein the covering is attached to the opposing saddle rails (4, 6) such that the covering forms the seat surface under tension, wherein the seat surface is convexly curved towards a buttocks of a user, and wherein the covering is elastically stretchable and is formed and tensioned in such a way that it is suitable for carrying the user as the seat surface under elastic deformation. that the seat surface is spanned in between a front saddle rail at a front rail support and a rear saddle rail at a rear rail support, and in that the front rail support and the rear rail support form a carrier, wherein a saddle comprises the carrier, the front saddle rail, the rear saddle rail and the seat surface formed as a covering, wherein the front saddle rail is arranged at a front end of the carrier, wherein the rear saddle rail is arranged at rear ends (T2, T3) of the carrier, wherein the front saddle rail and the rear saddle rail are spaced from each other such that these oppose each other non-contacting, wherein the covering is attached to the opposing saddle rails (4, 6) such that the covering forms the seat surface under tension, wherein the seat surface is convexly curved towards a buttocks of a user, and wherein the covering is elastically stretchable and is formed and tensioned in such a way that it is suitable for carrying the user as the seat surface under elastic deformation.
A method for printing from web applications, wherein a browser is installed on a terminal, and a web application on a server and called up in the browser provides a printing option operable using data input means of the terminal, said method comprising the following steps: after actuation of the printing option, the server, on which the web application is running, is prompted to prepare the data to be printed out and to transmit to the terminal data which prompt the browser to start up a computer program installed on the terminal, wherein the computer program sends a configuration request to a print server and receives configuration data from the print server; wherein the computer program supplements the received configuration data with further details which have been input using an input means provided by the computer program and transfers at least a proportion of the supplemented configuration data to the server, wherein the server sends files to be printed out together with the transferred proportion of the supplemented configuration files and an address of a network printer, a fax printer and/or the terminal to a print server specified by a user of the terminal, wherein a printing operation is started on the print server and wherein the data generated by the printing operation are sent from the print server to the network printer, to the fax printer and/or to the terminal. after actuation of the printing option, the server, on which the web application is running, is prompted to prepare the data to be printed out and to transmit to the terminal data which prompt the browser to start up a computer program installed on the terminal, wherein the computer program sends a configuration request to a print server and receives configuration data from the print server; wherein the computer program supplements the received configuration data with further details which have been input using an input means provided by the computer program and transfers at least a proportion of the supplemented configuration data to the server, wherein the server sends files to be printed out together with the transferred proportion of the supplemented configuration files and an address of a network printer, a fax printer and/or the terminal to a print server specified by a user of the terminal, wherein a printing operation is started on the print server and wherein the data generated by the printing operation are sent from the print server to the network printer, to the fax printer and/or to the terminal.
A method for a wireless device operating in a wireless communication system, the method comprising: receiving configuration information for configuring a non-Physical Uplink Control Channel, PUCCH, cell; characterized in that it comprises: transmitting a Hybrid Automatic Repeat request, HARQ, feedback of the non-PUCCH cell on a special cell, SpCell or a PUCCH cell other than the SpCell, according to indication information, wherein the SpCell is a serving cell supporting PUCCH transmission and contention based random access, wherein when the indication information is not received with the configuration information, the HARQ feedback is transmitted on the SpCell, and wherein when the indication information is received with the configuration information, the HARQ feedback is transmitted on the PUCCH cell. receiving configuration information for configuring a non-Physical Uplink Control Channel, PUCCH, cell; characterized in that it comprises: transmitting a Hybrid Automatic Repeat request, HARQ, feedback of the non-PUCCH cell on a special cell, SpCell or a PUCCH cell other than the SpCell, according to indication information, wherein the SpCell is a serving cell supporting PUCCH transmission and contention based random access, wherein when the indication information is not received with the configuration information, the HARQ feedback is transmitted on the SpCell, and wherein when the indication information is received with the configuration information, the HARQ feedback is transmitted on the PUCCH cell. transmitting a Hybrid Automatic Repeat request, HARQ, feedback of the non-PUCCH cell on a special cell, SpCell or a PUCCH cell other than the SpCell, according to indication information, wherein the SpCell is a serving cell supporting PUCCH transmission and contention based random access, wherein when the indication information is not received with the configuration information, the HARQ feedback is transmitted on the SpCell, and wherein when the indication information is received with the configuration information, the HARQ feedback is transmitted on the PUCCH cell.
A method of processing and reconstructing dynamic positron emission tomography sinogram data, comprising: acquiring PET sinogram data using continuous bed motion having a varying velocity; recording a plurality of position-time coordinate pairs of a bed while acquiring the PET sinogram data comprising two or more dynamic frames, wherein time coordinates of successive ones of the position-time coordinate pairs are separated from each other by a constant time interval, wherein position coordinates of the position-time coordinate pairs are separated from each other by varying position intervals; determining respective slice acquisition times of each of a plurality of slices of an image, based on the plurality of position-time coordinate pairs, wherein determining the respective slice acquisition time for each slice includes determining a reference time when an average tracer activity of the slice occurs; reconstructing respective parametric images for each respective slice in the plurality of slices using a Patlak model, the Patlak model generating a parametric image for metabolism rate and a parametric image for distribution volume, wherein the Patlak model is applied to the two or more dynamic frames and the respective slice acquisition time is used for each frame as acquisition time. acquiring PET sinogram data using continuous bed motion having a varying velocity; recording a plurality of position-time coordinate pairs of a bed while acquiring the PET sinogram data comprising two or more dynamic frames, wherein time coordinates of successive ones of the position-time coordinate pairs are separated from each other by a constant time interval, wherein position coordinates of the position-time coordinate pairs are separated from each other by varying position intervals; determining respective slice acquisition times of each of a plurality of slices of an image, based on the plurality of position-time coordinate pairs, wherein determining the respective slice acquisition time for each slice includes determining a reference time when an average tracer activity of the slice occurs; reconstructing respective parametric images for each respective slice in the plurality of slices using a Patlak model, the Patlak model generating a parametric image for metabolism rate and a parametric image for distribution volume, wherein the Patlak model is applied to the two or more dynamic frames and the respective slice acquisition time is used for each frame as acquisition time.
An exchange method, applicable by an exchange apparatus, said method comprising the steps of: receiving M bytes and M bits corresponding to the M bytes, through a first interface of the exchange apparatus, wherein each of the M bits is used to indicate a status of a corresponding byte; encapsulating L bytes of the M bytes based on the M bits corresponding to the M bytes, to obtain L encapsulated bytes, wherein M and L are integers greater than or equal to 1, and L is less than M; transmitting the L encapsulated bytes to a second interface of the exchange apparatus; decapsulating the L encapsulated bytes to obtain L decapsulated bytes; and sending the L decapsulated bytes through the second interface of the exchange apparatus. receiving M bytes and M bits corresponding to the M bytes, through a first interface of the exchange apparatus, wherein each of the M bits is used to indicate a status of a corresponding byte; encapsulating L bytes of the M bytes based on the M bits corresponding to the M bytes, to obtain L encapsulated bytes, wherein M and L are integers greater than or equal to 1, and L is less than M; transmitting the L encapsulated bytes to a second interface of the exchange apparatus; decapsulating the L encapsulated bytes to obtain L decapsulated bytes; and sending the L decapsulated bytes through the second interface of the exchange apparatus.
Laboratory centrifuge with a centrifuge vessel and a compressor cooling device, which has a refrigeration cycle, an evaporator, a condenser and a compressor, wherein at least one controllable throttle device, acting in particular as an expansion element, is provided in the refrigeration cycle upstream of the evaporator to regulate the refrigerant flow, wherein means for determining the actual temperature of the centrifuge vessel of the centrifuge are provided, the compressor is formed to be controllable in respect of its flow rate, characterised in that the laboratory centrifuge is adapted thereto that a target temperature (T K) of the centrifuge vessel can be set, wherein a tolerance range of a maximum of +/- 5K can be set around the target temperature (T K), and the laboratory centrifuge is further adapted to set the controllable throttle device to a certain refrigerant flow on starting of the compressor cooling device and to lower the actual temperature in the centrifuge vessel as far as the tolerance range by means of the controllable compressor and thereafter to keep the compressor output constant as long as the actual temperature is in the tolerance range and the actual temperature, when it is within the tolerance range, is regulated via the controllable throttle device, wherein the actual temperature is only regulated by means of the controllable throttle device if it is within the defined tolerance range and wherein the actual temperature is only regulated via the compressor if the actual temperature is not within the tolerance range.
Composition comprising A) 50 to 95 wt% of aromatic polycarbonate, B) 3 to 40 wt% of graphite and C) 0.05 wt% to 5.0 wt% of a mixture containing at least one saturated or unsaturated monocarboxylic acid having a chain length of 6 to 30 carbon atoms and at least one ester of this monocarboxylic acid based on glycerol and/or diglycerol. A) 50 to 95 wt% of aromatic polycarbonate, B) 3 to 40 wt% of graphite and C) 0.05 wt% to 5.0 wt% of a mixture containing at least one saturated or unsaturated monocarboxylic acid having a chain length of 6 to 30 carbon atoms and at least one ester of this monocarboxylic acid based on glycerol and/or diglycerol.
Seatbelt for pregnant women, complementary to the seatbelt of the automobile, comprising a cushion that has a means to be attached to the seatbelt of the automobile, characterised in that the cushion has a middle opening and two openings (3, 4) located in the front corners, and comprises two belts (5, 6), with fasteners at the ends (7, 8), which go from the back corners of the cushion and that are selectively passed through either the front openings (3, 4) or the middle opening.
Apparatus for determining and/or monitoring the viscosity, density and/or a predefined level of a medium in a vessel, a tank or a pipe, wherein the medium is a liquid or a solid, powder or granular medium, with an excitation/reception unit which excites a unit capable of vibrating mechanically to perform mechanical vibrations, wherein a control/evaluation unit which is connected to the excitation/reception unit is present with a measuring branch, wherein the measuring branch is designed to apply an excitation signal to the excitation/reception unit, to receive the vibrations of the unit capable of vibrating mechanically and to determine and/or monitor the viscosity, the density and/or the predefined level from the vibrations received, characterized in that a verification branch separate from the measuring branch is provided, wherein said verification branch is designed to apply an excitation signal to the excitation/reception unit, to receive the vibrations of the unit capable of vibrating mechanically and to determine, on the basis of the vibrations received, at least a first malfunction and a second malfunction (F1, F2,...), which is different to the first malfunction, of the unit capable of vibrating mechanically and/or of the excitation/reception unit, wherein the excitation signal of the verification branch has a continuously variable frequency, which is described by a frequency/time function and which passes through several modes (M1, M2,...) of the unit capable of vibrating mechanically.
Aerial device control system comprising an aerial device and a control center for said aerial device, said aerial device comprising: - a main boom part mounted with a first end on a turret, the main boom part being inclinable around a horizontal axis in a first inclination movement, rotatable around a vertical axis in a rotation movement, and extendable and retractable along its longitudinal extension direction in a first telescopic movement, - an extension boom part mounted to a second end of the main boom part, and - a hinge mounting associating the extension boom part to the second end of the main boom part and being inclinable around a horizontal hinge axis with respect to the main boom part in a second inclination movement, wherein the control center comprises a first control device and a second control device to be operated manually and independent from one another, the first control device being configured for controlling the first inclination movement and the rotation movement of the main boom part, and the second control device comprising at least a first control lever for controlling the first telescopic movement, the aerial device control system being characterized in that the extension boom part is extendable and retractable along its longitudinal extension in a second telescopic movement, and in that said second control device further comprises: - control means for controlling the second telescopic movement, - control means for controlling the second inclination movement. - a main boom part mounted with a first end on a turret, the main boom part being inclinable around a horizontal axis in a first inclination movement, rotatable around a vertical axis in a rotation movement, and extendable and retractable along its longitudinal extension direction in a first telescopic movement, - an extension boom part mounted to a second end of the main boom part, and - a hinge mounting associating the extension boom part to the second end of the main boom part and being inclinable around a horizontal hinge axis with respect to the main boom part in a second inclination movement, - control means for controlling the second telescopic movement, - control means for controlling the second inclination movement.
Lost formwork for concrete construction work, having a formwork wall and a rod-shaped back bracing device which can be coupled by a first end to a static reinforcement or a ground anchor and by a second end to the formwork wall and can be fastened by means of an eccentric turnbuckle of the lost formwork, wherein the back bracing device has tension rods (11, 12) which overlap between the two ends (11a, 12a), the first rod of which forming the first end and the second rod of which forming the second end, and wherein in the overlapping region of the tension rods (11, 12), the eccentric turnbuckle is fastened to one of the tension rods and receives the other tension rod in a manner which is displaceable and which can be fastened by means of the eccentric turnbuckle.
A solvent borne coating composition comprising (a) a polymeric biocide comprising multivalent metal cations and a multivalent organic anion, wherein said multivalent organic anion is ethylenebisdithiocarbamate ion; (b) a polymer-encapsulated biocide, wherein the biocide portion of said polymer-encapsulated biocide is 4,5-dichloro-2-n-octyl-3 -isothiazolone; and (c) an ethoxylated triglyceride, wherein said ethoxylated triglyceride is an ethoxylated castor oil that has an average number of moles of ethylene oxide units per mole of triglyceride molecules of 10 to 45. (a) a polymeric biocide comprising multivalent metal cations and a multivalent organic anion, wherein said multivalent organic anion is ethylenebisdithiocarbamate ion; (b) a polymer-encapsulated biocide, wherein the biocide portion of said polymer-encapsulated biocide is 4,5-dichloro-2-n-octyl-3 -isothiazolone; and (c) an ethoxylated triglyceride, wherein said ethoxylated triglyceride is an ethoxylated castor oil that has an average number of moles of ethylene oxide units per mole of triglyceride molecules of 10 to 45.