mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for manufacturing dialysate, comprising: a reverse osmosis membrane treatment device configured to perform reverse osmosis membrane treatment to water; a dialysate supply device connected to the reverse osmosis membrane treatment device , and configured to prepare and supply dialysate obtained through mixing reverse osmosis water treated by the reverse osmosis membrane treatment device with undiluted dialysate; and a dialysis device connected to the dialysate supply device and configured to be supplied with the dialysate from the dialysate supply device , wherein a hydrogen dissolution device configured to dissolve hydrogen gas in the dialysate is interposed between the dialysate supply device and the dialysis device , and the hydrogen dissolution device includes an air supply module that is connected to the dialysate supply device and the dialysis device and configured to dissolve hydrogen gas in the dialysate ; and a hydrogen supply device connected to the air supply module and configured to supply hydrogen gas to the air supply module . a reverse osmosis membrane treatment device configured to perform reverse osmosis membrane treatment to water; a dialysate supply device connected to the reverse osmosis membrane treatment device , and configured to prepare and supply dialysate obtained through mixing reverse osmosis water treated by the reverse osmosis membrane treatment device with undiluted dialysate; and a dialysis device connected to the dialysate supply device and configured to be supplied with the dialysate from the dialysate supply device , wherein a hydrogen dissolution device configured to dissolve hydrogen gas in the dialysate is interposed between the dialysate supply device and the dialysis device , and the hydrogen dissolution device includes an air supply module that is connected to the dialysate supply device and the dialysis device and configured to dissolve hydrogen gas in the dialysate ; and a hydrogen supply device connected to the air supply module and configured to supply hydrogen gas to the air supply module .
An apparatus comprising: a curved diffuse reflective surface including a pair of opposing curved edges and a pair of opposing longitudinal edges that extend between corresponding endpoints of the opposing curved edges; at least one flange coupled to one of the pair of longitudinal edges and projecting toward the opposing longitudinal edge; and at least one light source mounted on the at least one flange; characterized by a pair of reflective surfaces , each reflective surface being attached to a corresponding one of the curved edges wherein the reflective surfaces are surfaces with reflectivities equal to a mirror. a curved diffuse reflective surface including a pair of opposing curved edges and a pair of opposing longitudinal edges that extend between corresponding endpoints of the opposing curved edges; at least one flange coupled to one of the pair of longitudinal edges and projecting toward the opposing longitudinal edge; and at least one light source mounted on the at least one flange; characterized by a pair of reflective surfaces , each reflective surface being attached to a corresponding one of the curved edges wherein the reflective surfaces are surfaces with reflectivities equal to a mirror.
Method of manufacturing highly dispersible silicon dioxide with a large surface area from plants as renewable raw materials with the process steps: a) preparation of dried plants having a silicon content of more than 2 percent by weight as plant material selected from the group of all species in the Equisetaceae (horsetail) genus, in particular Equisetales and ferns in general, the European larch and the Norway spruce from the order Pinales, and from the Poaceae family all species of reed, oat, barley, rye, wheat, rice and bamboo, b) wet chemical treatment of the dried plant material with an acidic solution comprising between 20 and 50 percent by volume of azeotropic hydrochloric acid and between 80 and 50 percent by volume of water, for a predetermined standing time of between 1 minute and 10 hours, c) separating and drying the wet chemical treated plant material to a solid residue, and d) heating the solid residue at a temperature of between 300 and 700 °C, in particular up to 550 °C, for a holding time of 30 minutes to 1000 hours to form a solid agglomerate, which decomposes essentially spontaneously into silicon dioxide nanoparticles , where at a temperature of between 300 °C and 310 °C a holding time of 10 hours to several hundred hours is envisaged, and at a temperature of between 540 °C and 550 °C a holding time of between 1 minute and 15 minutes is envisaged. a) preparation of dried plants having a silicon content of more than 2 percent by weight as plant material selected from the group of all species in the Equisetaceae (horsetail) genus, in particular Equisetales and ferns in general, the European larch and the Norway spruce from the order Pinales, and from the Poaceae family all species of reed, oat, barley, rye, wheat, rice and bamboo, b) wet chemical treatment of the dried plant material with an acidic solution comprising between 20 and 50 percent by volume of azeotropic hydrochloric acid and between 80 and 50 percent by volume of water, for a predetermined standing time of between 1 minute and 10 hours, c) separating and drying the wet chemical treated plant material to a solid residue, and d) heating the solid residue at a temperature of between 300 and 700 °C, in particular up to 550 °C, for a holding time of 30 minutes to 1000 hours to form a solid agglomerate, which decomposes essentially spontaneously into silicon dioxide nanoparticles ,
Hardware security module, having: a receiver that is designed for receiving orders for carrying out cryptographic operations and a control device that is designed to decide, based on an order load of the hardware security module, whether one or more of the orders received by the hardware security module are to be delegated and to identify another hardware security module for delegating the one or more orders if one or more of the orders received by the hardware security module are to be delegated, to authenticate the other hardware security module and to request that the one or more orders be processed by the other hardware security module. a receiver that is designed for receiving orders for carrying out cryptographic operations and a control device that is designed to decide, based on an order load of the hardware security module, whether one or more of the orders received by the hardware security module are to be delegated and to identify another hardware security module for delegating the one or more orders if one or more of the orders received by the hardware security module are to be delegated, to authenticate the other hardware security module and to request that the one or more orders be processed by the other hardware security module.
A placement device being adapted for placing a catheter inside of a body, the device comprising: an insertion unit which is flexible, and which is capable of being inserted into and removed from the catheter , the insertion unit being capable of observing an object located more distally than a distal end of the insertion unit ; a transmission unit which has a first connecting portion to be detachably connected to a proximal end portion of the insertion unit , and which transmits an image obtained by observation of the insertion unit or a signal obtained by converting the image; and a supply member into which the insertion unit is to be inserted so as to be drawable therefrom, and to which a proximal end portion of the catheter is to be detachably attached, wherein the supply member includes a supply unit main body into which the insertion unit is to be inserted, characterized in that the supply member further includes a projection which is formed of an elastic material over an entire periphery of the supply unit main body on an inner peripheral surface of the supply unit main body , and which contacts with the insertion unit hermetically and holds the insertion unit such that the insertion unit is capable of sliding, and a through-hole is formed at a position closer to a distal end side of the supply unit main body than the projection on the inner peripheral surface of the supply unit main body , and the through-hole communicates with an inside of the supply unit main body at the distal end side of the supply unit main body . an insertion unit which is flexible, and which is capable of being inserted into and removed from the catheter , the insertion unit being capable of observing an object located more distally than a distal end of the insertion unit ; a transmission unit which has a first connecting portion to be detachably connected to a proximal end portion of the insertion unit , and which transmits an image obtained by observation of the insertion unit or a signal obtained by converting the image; and a supply member into which the insertion unit is to be inserted so as to be drawable therefrom, and to which a proximal end portion of the catheter is to be detachably attached, wherein the supply member includes a supply unit main body into which the insertion unit is to be inserted, characterized in that the supply member further includes a projection which is formed of an elastic material over an entire periphery of the supply unit main body on an inner peripheral surface of the supply unit main body , and which contacts with the insertion unit hermetically and holds the insertion unit such that the insertion unit is capable of sliding, and a through-hole is formed at a position closer to a distal end side of the supply unit main body than the projection on the inner peripheral surface of the supply unit main body , and the through-hole communicates with an inside of the supply unit main body at the distal end side of the supply unit main body .
A computer-implemented method when executed on data processing hardware causes the data processing hardware to perform operations comprising: receiving a sequence of acoustic frames characterizing one or more utterances ; and at each of a plurality of time steps: generating, by an encoder network of a speech recognition model , a higher order feature representation for a corresponding acoustic frame in the sequence of acoustic frames ; generating, by a prediction network of the speech recognition model , a hidden representation for a corresponding sequence of non-blank symbols output by a final softmax layer of the speech recognition model ; and generating, by a first joint network of the speech recognition model that receives the higher order feature representation generated by the encoder network and the hidden representation generated by the prediction network , a probability distribution that the corresponding time step corresponds to a pause and an end of speech. receiving a sequence of acoustic frames characterizing one or more utterances ; and at each of a plurality of time steps: generating, by an encoder network of a speech recognition model , a higher order feature representation for a corresponding acoustic frame in the sequence of acoustic frames ; generating, by a prediction network of the speech recognition model , a hidden representation for a corresponding sequence of non-blank symbols output by a final softmax layer of the speech recognition model ; and generating, by a first joint network of the speech recognition model that receives the higher order feature representation generated by the encoder network and the hidden representation generated by the prediction network , a probability distribution that the corresponding time step corresponds to a pause and an end of speech. generating, by an encoder network of a speech recognition model , a higher order feature representation for a corresponding acoustic frame in the sequence of acoustic frames ; generating, by a prediction network of the speech recognition model , a hidden representation for a corresponding sequence of non-blank symbols output by a final softmax layer of the speech recognition model ; and generating, by a first joint network of the speech recognition model that receives the higher order feature representation generated by the encoder network and the hidden representation generated by the prediction network , a probability distribution that the corresponding time step corresponds to a pause and an end of speech.
A DNA plasmid encoding a monoclonal antibody for use in a method of treating a disease or disorder in a subject, in combination with chondroitinase AC or chondroitinase ABC, the method comprising: administering to the subject chondroitinase AC or chondroitinase ABC prior to or concurrently with the DNA plasmid encoding a monoclonal antibody, and administering the DNA plasmid via electroporation. administering to the subject chondroitinase AC or chondroitinase ABC prior to or concurrently with the DNA plasmid encoding a monoclonal antibody, and administering the DNA plasmid via electroporation.
Transfer system for a medical infusion system having multiple functional parts which include a piercing part with a piercing mandrel , which includes a fluid channel and a ventilation channel ending towards a ventilation outlet to an outside of the piercing part, which is provided with an air filter element , wherein a closure element is provided for the ventilation channel and moulded on a functional part in the form of a tear-off body, characterized in that this functional part is provided in the form of a protection cap for the piercing mandrel , to which cap the closure element is moulded on.
An end effector for a surgical clip applier, comprising: an elongate body ; first and second jaw members extending past a distal end of the body; wherein the end effector is characterized by : a clip revolver rotatably positioned within the body and providing an inner bore that defines a plurality of clip slots angularly spaced from each other about an inner surface of the inner bore, wherein a plurality of surgical clips are receivable within the plurality of clip slots in a nested helical array; and wherein the first and second jaw members are aligned to receive a distal-most surgical clip of the plurality of surgical clips, wherein the clip revolver is rotatable to sequentially align each surgical clip with the first and second jaw members. an elongate body ; first and second jaw members extending past a distal end of the body; wherein the end effector is characterized by : a clip revolver rotatably positioned within the body and providing an inner bore that defines a plurality of clip slots angularly spaced from each other about an inner surface of the inner bore, wherein a plurality of surgical clips are receivable within the plurality of clip slots in a nested helical array; and wherein the first and second jaw members are aligned to receive a distal-most surgical clip of the plurality of surgical clips, wherein the clip revolver is rotatable to sequentially align each surgical clip with the first and second jaw members. a clip revolver rotatably positioned within the body and providing an inner bore that defines a plurality of clip slots angularly spaced from each other about an inner surface of the inner bore, wherein a plurality of surgical clips are receivable within the plurality of clip slots in a nested helical array; and wherein the first and second jaw members are aligned to receive a distal-most surgical clip of the plurality of surgical clips, wherein the clip revolver is rotatable to sequentially align each surgical clip with the first and second jaw members.
A mobile station , comprising: control means adapted to determine a transmission power for a phase tracking reference signal, PT-RS, and a data signal within a range not exceeding a maximum transmission power for each antenna port ; and transmission means adapted to transmit the PT-RS and the data signal with the determined transmission power, characterized in that the control means are adapted to determine whether or not to perform adjustment of the transmission power to be less than or equal to the maximum transmission power for each antenna port , based on at least one of a signal waveform, a modulation coding scheme, and an allocated band indicated by a base station , and the control means are adapted to determine to perform the adjustment of the transmission power in a case where a level of the modulation coding scheme is lower than a threshold value. control means adapted to determine a transmission power for a phase tracking reference signal, PT-RS, and a data signal within a range not exceeding a maximum transmission power for each antenna port ; and transmission means adapted to transmit the PT-RS and the data signal with the determined transmission power, characterized in that the control means are adapted to determine whether or not to perform adjustment of the transmission power to be less than or equal to the maximum transmission power for each antenna port , based on at least one of a signal waveform, a modulation coding scheme, and an allocated band indicated by a base station , and the control means are adapted to determine to perform the adjustment of the transmission power in a case where a level of the modulation coding scheme is lower than a threshold value.
An electronic device socket comprising: a one-piece multi-finger contact , the contact comprising a barrel having a lumen extending therethrough, wherein the barrel comprises, a proximal barrel portion having a generally cylindrical shape and a first diameter (D1); a tapering region extending distally from the proximal barrel portion , the tapering region extending both distally and radially inward towards a central axis of the barrel defining a second diameter (D2) which is smaller than the first diameter (D1); a plurality of fingers (12a-c) extending distally from the tapering region , the plurality of fingers (12a-c) are all parallel to one another and the central axis; a dimple contact formed at a distal end of each of the plurality of fingers wherein the dimple contact extends radially inward and distally and wherein the dimple contact includes a contact point . a proximal barrel portion having a generally cylindrical shape and a first diameter (D1); a tapering region extending distally from the proximal barrel portion , the tapering region extending both distally and radially inward towards a central axis of the barrel defining a second diameter (D2) which is smaller than the first diameter (D1); a plurality of fingers (12a-c) extending distally from the tapering region , the plurality of fingers (12a-c) are all parallel to one another and the central axis; a dimple contact formed at a distal end of each of the plurality of fingers wherein the dimple contact extends radially inward and distally and wherein the dimple contact includes a contact point .
A device for retracting soft tissue for appositional bone reconstruction, consisting of a single device designed for application in appositional bone reconstruction surgeries in implant dentistry, comprising: a titanium screw having a length selected between 6, 8 and 10 mm, a length of a threadable area of the titanium screw varying between 8 mm, 6 mm or 4 mm, and the ends of the titanium screw presenting a hexagonal structure ; and PEEK capsules capable of being incased at both ends of said titanium screw and having a diameter of 4.5 mm; characterized in that: the hexagonal structure is 1.2 mm long; and the PEEK capsules have a height of 1.5 mm. a titanium screw having a length selected between 6, 8 and 10 mm, a length of a threadable area of the titanium screw varying between 8 mm, 6 mm or 4 mm, and the ends of the titanium screw presenting a hexagonal structure ; and PEEK capsules capable of being incased at both ends of said titanium screw and having a diameter of 4.5 mm; the hexagonal structure is 1.2 mm long; and the PEEK capsules have a height of 1.5 mm.
A compensation method for a magnetic field determined on board a vehicle using a magnetic field sensor on board a vehicle in order to calculate the magnetic heading of said vehicle, said method comprising the steps carried out by computer and consisting of: - for each measuring time T i , i= 1 to N with N>1, collecting the values of the 3D magnetic field Hm i coming from the magnetic field sensor and the angles θ i and φ i , where θ i is the pitch of the vehicle φ i is the roll of the vehicle; - determining a matrix A and a vector B as a function at least of said collected magnetic field values Hm i and angles θ i and φ i , i= 1 to N, the matrix A representing the soft iron and nonalignment disruptions between the vehicle and the magnetic field sensor and the vector B representing the hard iron disruptions; and said method being characterized in that the determination of the matrix A and the vector B comprises a step for estimating the pair (A,B) minimizing the expression ∑ i = 1 à N ‖ A Hm i − B ‖ − 1 N ∑ i = 1 à N ‖ A Hm i − B ‖ 2 + ∑ i = 1 à N V i A Hm i − B − 1 N ∑ i = 1 à N V i A Hm i − B 2 where V i = [-sin( θ i ); sin( φ i ).cos( θ i ); cos( φ i ).cos( θ i )]. - for each measuring time T i , i= 1 to N with N>1, collecting the values of the 3D magnetic field Hm i coming from the magnetic field sensor and the angles θ i and φ i , where θ i is the pitch of the vehicle φ i is the roll of the vehicle; - determining a matrix A and a vector B as a function at least of said collected magnetic field values Hm i and angles θ i and φ i , i= 1 to N, the matrix A representing the soft iron and nonalignment disruptions between the vehicle and the magnetic field sensor and the vector B representing the hard iron disruptions; and
A clip member configured for locking engagement with a mount member , the clip member being configured to be received within a bore of a support surface , said clip member comprising: an arcuate portion ; a pair of extending arms configured to receive a center section of the mount member therebetween when in locking engagement with the mount member , wherein each arm of said pair of extending arms has a bifurcated distal end comprising a penetrating tooth configured to penetrate into a wall of the bore and a limiting shoulder configured to limit penetration of the penetrating tooth into the wall of the bore , wherein the clip member is formed of a metallic material; and at least one attachment window on each arm of the pair of extending arms having an inwardly angled locking tab configured to engage a mount aperture located on a stud portion of the mount member to secure the clip member in locking engagement with the mount member . an arcuate portion ; a pair of extending arms configured to receive a center section of the mount member therebetween when in locking engagement with the mount member , wherein each arm of said pair of extending arms has a bifurcated distal end comprising a penetrating tooth configured to penetrate into a wall of the bore and a limiting shoulder configured to limit penetration of the penetrating tooth into the wall of the bore , wherein the clip member is formed of a metallic material; and at least one attachment window on each arm of the pair of extending arms having an inwardly angled locking tab configured to engage a mount aperture located on a stud portion of the mount member to secure the clip member in locking engagement with the mount member .
An inhibitor of GPR132 (G protein coupled receptor 132) for use in preventing and/or treating chemotherapy-induced neuropathic pain in a subject, wherein said subject has received at least one platinum-containing chemotherapeutic agent.