mhurhangee/patent-ind-claim-en huggingface dataset:
A sheet support structure comprising a rotary drum having a peripheral wall formed with apertures and delimiting a vacuum chamber formed inside of the drum, a perforated belt having a portion trained around at least a part of the peripheral wall of the drum and a flat portion remote from the drum, and a suction system arranged to create an underpressure in the vacuum chamber and at the perforations of the belt , characterized in that at least one of the belt and the peripheral wall of the drum has an array of embossments that form spacers between the belt and the peripheral wall of the drum and define a distribution manifold connecting the apertures of the drum to the perforations of the belt portion on the drum.
A chest X-ray system, comprising: a camera for capturing video of the patient to be imaged; an X-ray imaging head and an X-ray detector ; a controller and an output system ; characterised in that the chest X-ray system comprises a support system for translating the camera and the X-ray imaging head and the X-ray detector; and that the controller is adapted to: translate the camera to a position in which the head of the patient is identified as captured within the video; identify the chin of the head; use the chin as a reference point for translating the camera, the X-ray head and the X-ray detector to a position for chest X-ray imaging. a camera for capturing video of the patient to be imaged; an X-ray imaging head and an X-ray detector ; a controller and an output system ; characterised in that the chest X-ray system comprises a support system for translating the camera and the X-ray imaging head and the X-ray detector; and that the controller is adapted to: translate the camera to a position in which the head of the patient is identified as captured within the video; identify the chin of the head; use the chin as a reference point for translating the camera, the X-ray head and the X-ray detector to a position for chest X-ray imaging. translate the camera to a position in which the head of the patient is identified as captured within the video; identify the chin of the head; use the chin as a reference point for translating the camera, the X-ray head and the X-ray detector to a position for chest X-ray imaging.
A method of calcination, comprising: - providing a raw material comprising whitlockite Ca 9 (Mg,Fe 2+ )[PO 3 (OH)|(PO 4 ) 6 ], and/or iron phosphate FePO 4 , and/or aluminium phosphate AlPO 4 and/or fluorapatite Ca 5 (PO 4 ) 3 F; - providing an alkaline-sulfuric compound as an additive, wherein the alkaline-sulfuric compound is selected from a sodium-sulfuric compound; - providing a carbonaceous reducing agent as a second additive. - calcining a mixture of the raw material with the additives comprising reductive activation of the alkaline-sulfuric compound; - obtaining a product, wherein the product comprises a citrate soluble phosphate compound, wherein the citrate soluble phosphate compound comprises CaNaPO 4 which is a main phosphate phase, wherein providing the alkaline-sulfuric compound is adapted to obtain in the mixture a molar ratio of Na:P of 1.1-1.8, wherein silicon is contained as an impurity in the raw material, the method further comprising: - controlling an atmosphere with respect to an oxygen concentration during calcining and/or during a cooling, wherein a content of sulfur in the product substantially corresponds to the content of sulfur in the mixture. - providing a raw material comprising whitlockite Ca 9 (Mg,Fe 2+ )[PO 3 (OH)|(PO 4 ) 6 ], and/or iron phosphate FePO 4 , and/or aluminium phosphate AlPO 4 and/or fluorapatite Ca 5 (PO 4 ) 3 F; - providing an alkaline-sulfuric compound as an additive, wherein the alkaline-sulfuric compound is selected from a sodium-sulfuric compound; - providing a carbonaceous reducing agent as a second additive. - calcining a mixture of the raw material with the additives comprising reductive activation of the alkaline-sulfuric compound; - obtaining a product, wherein the product comprises a citrate soluble phosphate compound, wherein the citrate soluble phosphate compound comprises CaNaPO 4 which is a main phosphate phase, - controlling an atmosphere with respect to an oxygen concentration during calcining and/or during a cooling, wherein a content of sulfur in the product substantially corresponds to the content of sulfur in the mixture.
A Device for applying an adhesive layer to an adhesive-free tape of an ID, valuable or security document , comprising a first roller carrier configured to receive a first roller comprising a carrier film and a sequence of individual adhesive layers attached to the carrier film or a carrier film and a path of adhesive layers attached to the carrier film , having a support surface comprising a heating unit for receiving and heating the adhesive-free tape , and with a detaching and applying device adjustable along a first axis between an applying position and a detaching position relative to the support surface , which comprises a sword which is designed in such a way that the carrier film with the adhesive layers is guided along a first side of the sword to a sword edge , and that the no adhesive carrier film , starting from the sword edge , is guided further along a second side of the sword and which has on the first side a pressure area which is designed in such a way that an adhesive-free tape can contact an adhesive layer located in the pressure area when the detaching and application device is in the application position wherein the adhesive layer is released from the carrier film and adhered to or attached to the adhesive-free tape when the detaching and application device is moved from the application position to the detaching position. comprising a first roller carrier configured to receive a first roller comprising a carrier film and a sequence of individual adhesive layers attached to the carrier film or a carrier film and a path of adhesive layers attached to the carrier film , having a support surface comprising a heating unit for receiving and heating the adhesive-free tape , and with a detaching and applying device adjustable along a first axis between an applying position and a detaching position relative to the support surface , which comprises a sword which is designed in such a way that the carrier film with the adhesive layers is guided along a first side of the sword to a sword edge , and that the no adhesive carrier film , starting from the sword edge , is guided further along a second side of the sword and which has on the first side a pressure area which is designed in such a way that an adhesive-free tape can contact an adhesive layer located in the pressure area when the detaching and application device is in the application position wherein the adhesive layer is released from the carrier film and adhered to or attached to the adhesive-free tape when the detaching and application device is moved from the application position to the detaching position.
A washing appliance comprising: a tub at least partially defining a treating chamber with an access opening ; a sprayer emitting liquid into the treating chamber ; a recirculation circuit fluidly coupling the treating chamber to the sprayer ; a recirculation pump fluidly coupled to the recirculation circuit ; and a reuse tank fluidly coupled to the recirculation circuit , characterised by further comprising: a centrifugal separator fluidly coupled to the recirculation circuit ; and an electrocoagulation unit fluidly coupled to the recirculation circuit upstream of the centrifugal separator . a tub at least partially defining a treating chamber with an access opening ; a sprayer emitting liquid into the treating chamber ; a recirculation circuit fluidly coupling the treating chamber to the sprayer ; a recirculation pump fluidly coupled to the recirculation circuit ; and a reuse tank fluidly coupled to the recirculation circuit , characterised by further comprising: a centrifugal separator fluidly coupled to the recirculation circuit ; and an electrocoagulation unit fluidly coupled to the recirculation circuit upstream of the centrifugal separator . a centrifugal separator fluidly coupled to the recirculation circuit ; and an electrocoagulation unit fluidly coupled to the recirculation circuit upstream of the centrifugal separator .
A method of cooling a data centre with cooling air, wherein the method comprises the following steps: (a) defining criteria for the temperature and relative humidity of the cooling air, wherein the criteria are a range of temperatures and a range of humidities, wherein the criteria so defined may be represented on a psychrometric chart by a control line; (b) determining the temperature and relative humidity of ambient air from outside the data centre; (c) determining a set point for each of the temperature and relative humidity of cooling air, the set point satisfying the criteria defined in step (a) and being chosen in dependence on the temperature and relative humidity of the ambient air from outside the data centre; (d) producing cooling air having temperature and relative humidity equal to those set points; and (e) delivering the cooling air to a region in the data centre to be cooled. (a) defining criteria for the temperature and relative humidity of the cooling air, wherein the criteria are a range of temperatures and a range of humidities, wherein the criteria so defined may be represented on a psychrometric chart by a control line; (b) determining the temperature and relative humidity of ambient air from outside the data centre; (c) determining a set point for each of the temperature and relative humidity of cooling air, the set point satisfying the criteria defined in step (a) and being chosen in dependence on the temperature and relative humidity of the ambient air from outside the data centre; (d) producing cooling air having temperature and relative humidity equal to those set points; and (e) delivering the cooling air to a region in the data centre to be cooled.
Vibration isolating insert for a pipe clip, the vibration isolating insert being adapted to be arranged on a substantially annular pipe clip body and ultimately - in use - to be positioned between the outer surface of a pipe and the pipe clip body , the vibration isolating insert comprising an elongate strip, said strip having a pipe facing side , which in use faces the outer surface of the pipe , and opposite thereto a pipe clip facing side , which in use faces an inner side of the pipe clip body , the vibration isolating insert furthermore comprising gripping formations connected to the strip at lateral side portions thereof and extending towards the pipe clip facing side and in use grip over the respective lateral edges of the pipe clip body , the vibration isolating insert comprising a framework and a vibration isolating lining made of a softer material different from the material of the framework , characterized in that, the framework is a profiled section element formed of a polymeric material, said framework comprising a strip shaped web , that reinforces the elongate strip, and lateral reinforcing members connected to the web on either lateral side of the web and reinforcing the gripping formations , and in that the framework furthermore comprises at least one living hinge defining a pivot axis parallel to the longitudinal axis of the insert and allowing at least one of the gripping formations to swivel around said pivot axis to increase and decrease the distance (S1) between the gripping formations during arrangement of the insert on a pipe clip body .
An LED lighting apparatus with improved thermal dissipation, comprising a flat plate supporting a plurality of LEDs which can be connected to an electric power source, and a heat sink consisting of a flat sheet made of aluminum and which is intimately associated with said flat supporting plate and protrudes beyond said flat supporting plate such that said flat supporting plate and said flat sheet are arranged mutually parallel to each other, a thermally conducting paste being placed between said flat supporting plate and said flat sheet for minimizing thermal resistance; characterized in that said heat sink consisting of said flat sheet extends between two opposite flat surfaces, parallel to each other and to said flat plate , and in that also said supporting plate is made of aluminum and said flat sheet measures 150x150 mm 2 with a thickness of 3 mm and there are provided twelve of said LEDs in series with a power of 19.5 W, or nine of said LEDs in series with a power of 14.5 W.
A method for recycling an aerosol generating article comprising a non-liquid aerosol generating material and an inductively heatable susceptor , the method comprising: (i) shredding (S1) the aerosol generating article to break up the non-liquid aerosol material and the inductively heatable susceptor ; and (ii) separating (S2) the inductively heatable susceptor and the non-liquid aerosol generating material . (i) shredding (S1) the aerosol generating article to break up the non-liquid aerosol material and the inductively heatable susceptor ; and (ii) separating (S2) the inductively heatable susceptor and the non-liquid aerosol generating material .
An apparatus for controlling field weakening of an AC power supply 1 for a permanent magnet AC electric i motor , said AC power supply being derived from a DC voltage , the apparatus comprising: a comparer configured to provide a comparison of a modulation index of a motor control signal with a reference value, wherein the modulation index of the control signal is the ratio of the motor control signal amplitude to one of: (a) a maximum amplitude value of a controller that provides the motor control signal; or (b) the amplitude of a timing signal used to determine a PWM signal from the motor control signal; and a current data | provider , configured to provide motor current data based on: a torque demand signal; a speed signal indicating the speed of rotation of the AC motor; and an indication of the DC voltage, i for control of the motor control signal based on the motor current data characterized in that the indication of the DC voltage is modified, based on the comparison. a comparer configured to provide a comparison of a modulation index of a motor control signal with a reference value, wherein the modulation index of the control signal is the ratio of the motor control signal amplitude to one of: (a) a maximum amplitude value of a controller that provides the motor control signal; or (b) the amplitude of a timing signal used to determine a PWM signal from the motor control signal; and a current data | provider , configured to provide motor current data based on: a torque demand signal; a speed signal indicating the speed of rotation of the AC motor; and an indication of the DC voltage, i a torque demand signal; a speed signal indicating the speed of rotation of the AC motor; and an indication of the DC voltage, i
An information representation method of an electronic system , comprising: (S102) acquiring a switching rate of a signal; and (S104) adopting the switching rate of the signal to represent information; wherein the information is represented as a switching-rate bit, a value range of the switching-rate bit comprises N switching-rate states, and N is a positive integer and N>1; characterized in that : a value of the information is equal to a value of the switching-rate bit and represents one of the N switching-rate states; the information is represented as an N-ary switching-rate bit. (S102) acquiring a switching rate of a signal; and (S104) adopting the switching rate of the signal to represent information; wherein the information is represented as a switching-rate bit, a value range of the switching-rate bit comprises N switching-rate states, and N is a positive integer and N>1; characterized in that : a value of the information is equal to a value of the switching-rate bit and represents one of the N switching-rate states; the information is represented as an N-ary switching-rate bit. a value of the information is equal to a value of the switching-rate bit and represents one of the N switching-rate states; the information is represented as an N-ary switching-rate bit.
A tubular product clamp for supporting a tubular product, e.g. a drilling pipe, in a firing line of a drilling rig, the product clamp having a ring frame with three or more clamping devices (4; 104), which clamping devices (4; 104) are provided at regular intervals along the inside of the ring frame around a central product passage having a central axis , and wherein each clamping device (4; 104) comprises: - a base part (8; 108), which base part (8; 108) is mounted to the ring frame , the base part (8; 108) having a front side that defines a guide surface facing towards the central product passage , - a clamp part (9; 109), which clamp part (9; 109) has a back side that defines a guide surface facing the guide surface defined by the front side of the base part (8; 108), and a front side facing the central product passage , wherein the guide surfaces of the base part (8; 108) and the clamp part (9; 109) define a guide track for guiding the clamp part (9; 109) relative to the base part (8; 108), and wherein the guide surfaces, and thus the guide tracks defined by the guide surfaces, extend at an angle with the central axis of the product passage of the ring frame of the product clamp , such that by moving the clamp part (9; 109) relative to the base part (8; 108) along the guide track , the clamp part (9; 109) is moved along the central axis of the product passage of the ring frame of the product clamp as well as in radial direction thereof, characterized in that the tubular product clamp further comprises: - an insert carrier for each clamp part , which insert carriers each have an insert carrier body with one or more recesses for holding one or more inserts for engaging the tubular product supported by the product clamp , and wherein each clamp part is in its front surface provided with a slot for supporting the insert carrier , which slot extends in a direction parallel to the central axis of the product passage of the ring frame of the product clamp and has an open top end for receiving the insert carrier , such that the insert carrier can be slid onto the clamp part in a downward direction substantially parallel to the central axis of the product passage of the ring frame of the product clamp , and which slot is open towards the central product passage for holding the insert carrier body in the slot with the one or more inserts facing the central axis of the product passage of the ring frame of the product clamp . - a base part (8; 108), which base part (8; 108) is mounted to the ring frame , the base part (8; 108) having a front side that defines a guide surface facing towards the central product passage , - a clamp part (9; 109), which clamp part (9; 109) has a back side that defines a guide surface facing the guide surface defined by the front side of the base part (8; 108), and a front side facing the central product passage , - an insert carrier for each clamp part , which insert carriers each have an insert carrier body with one or more recesses for holding one or more inserts for engaging the tubular product supported by the product clamp , and
Control device for a reconfigurable current controlled/voltage controlled neural stimulation device comprising - an electrode voltage connector configured to be connectable to the neural stimulation device for obtaining an electrode voltage (V EL )of the neural stimulation device ; - a current control signal connector configured to be connectable to the neural stimulation device for providing a current control signal (b[5:0], b , b[4:0]) to the neural stimulation device , where an electrode current of the neural stimulation device is controlled by the current control signal (b[5:0], b , b[4:0]); characterized by - an analog-to-digital converter unit configured to digitize an input voltage, which is the electrode voltage (V EL ) obtained via the electrode voltage connector or a converted voltage corresponding to the electrode voltage (V EL ) obtained via the electrode voltage connector , relative to a preset reference voltage (V ref ), and to provide a digital output signal as a result of the digitization, which is a digitalization of the difference between the input voltage and the reference voltage; - a digital control unit configured to generate the current control signal (b[5:0], b , b[4:0]) in dependence upon the digital output signal provided by the ADC unit and provide the current control signal (b[5:0], b , b[4:0]) to the current control signal connector so as to configure the current controlled neural stimulation device into the voltage controlled neural stimulation device . - an electrode voltage connector configured to be connectable to the neural stimulation device for obtaining an electrode voltage (V EL )of the neural stimulation device ; - a current control signal connector configured to be connectable to the neural stimulation device for providing a current control signal (b[5:0], b , b[4:0]) to the neural stimulation device , where an electrode current of the neural stimulation device is controlled by the current control signal (b[5:0], b , b[4:0]); characterized by - an analog-to-digital converter unit configured to digitize an input voltage, which is the electrode voltage (V EL ) obtained via the electrode voltage connector or a converted voltage corresponding to the electrode voltage (V EL ) obtained via the electrode voltage connector , relative to a preset reference voltage (V ref ), and to provide a digital output signal as a result of the digitization, which is a digitalization of the difference between the input voltage and the reference voltage; - a digital control unit configured to generate the current control signal (b[5:0], b , b[4:0]) in dependence upon the digital output signal provided by the ADC unit and provide the current control signal (b[5:0], b , b[4:0]) to the current control signal connector so as to configure the current controlled neural stimulation device into the voltage controlled neural stimulation device .
A saddle riding vehicle comprising: a pair of left and right front forks configured to support a front wheel (Wf); a front fender supported by the pair of left and right front forks and configured to cover the front wheel (Wf) from above; and an object information acquisition device configured to acquire information of an object outside a vehicle via an information acquisition part , characterized in that an upper wall of the front fender has an opening section facing outside of the vehicle, and the object information acquisition device is disposed in the opening section such that the information acquisition part faces outside of the vehicle, wherein a fender stay configured to support a space between a left end portion and a right end portion of the upper wall from below is disposed below an upper wall of the front fender , and the object information acquisition device is attached to the fender stay . a pair of left and right front forks configured to support a front wheel (Wf); a front fender supported by the pair of left and right front forks and configured to cover the front wheel (Wf) from above; and an object information acquisition device configured to acquire information of an object outside a vehicle via an information acquisition part , characterized in that an upper wall of the front fender has an opening section facing outside of the vehicle, and the object information acquisition device is disposed in the opening section such that the information acquisition part faces outside of the vehicle, wherein a fender stay configured to support a space between a left end portion and a right end portion of the upper wall from below is disposed below an upper wall of the front fender , and the object information acquisition device is attached to the fender stay .