mhurhangee/patent-ind-claim-en huggingface dataset:
A shaving head comprising: a housing extending along a longitudinal axis, the housing having: a top side , a bottom side opposite to the top side a first and second longitudinal walls , each extending longitudinally along the longitudinal axis between the top and bottom sides , a first and second side walls each extending between the first and second longitudinal walls , said housing being provided with at least one through hole extending transversally to the longitudinal axis through the housing between the top side and the bottom side , at least one retainer extending from the housing , the at least one retainer including a body ; and at least one component retained within the housing by the at least one retainer ; characterized in that : the at least one retainer is inserted in and extends from the corresponding at least one through hole in at least one of the first and second side walls , such that at least a portion of the at least one component is covered by a portion of the at least one retainer . a housing extending along a longitudinal axis, the housing having: a top side , a bottom side opposite to the top side a first and second longitudinal walls , each extending longitudinally along the longitudinal axis between the top and bottom sides , a first and second side walls each extending between the first and second longitudinal walls , said housing being provided with at least one through hole extending transversally to the longitudinal axis through the housing between the top side and the bottom side , at least one retainer extending from the housing , the at least one retainer including a body ; and at least one component retained within the housing by the at least one retainer ; characterized in that : the at least one retainer is inserted in and extends from the corresponding at least one through hole in at least one of the first and second side walls , such that at least a portion of the at least one component is covered by a portion of the at least one retainer .
A pharmaceutical composition in a solid dosage form for sublingual or buccal administration, comprising: a cannabinoid; a pharmaceutically-acceptable solvent into which the cannabinoid is solvated, wherein the solvent is ethanol; and a pharmaceutically-acceptable adsorbent onto which the solvated cannabinoid is adsorbed, wherein the adsorbent is silica, wherein the composition contains range of ethanol from 5% to 70% weight/weight ethanol to cannabinoid. a cannabinoid; a pharmaceutically-acceptable solvent into which the cannabinoid is solvated, wherein the solvent is ethanol; and a pharmaceutically-acceptable adsorbent onto which the solvated cannabinoid is adsorbed, wherein the adsorbent is silica, wherein the composition contains range of ethanol from 5% to 70% weight/weight ethanol to cannabinoid.
A distribution tower for an agricultural machine for spreading granular distribution goods, the distribution tower comprising at least: - a riser pipe for supplying an air volume flow of distribution goods into a distributor head connecting to the riser pipe ; - a multitude of outflows at the distributor head for dividing the air volume flow of distribution goods into a multitude of air volume flows of distribution goods, which outflows each branch into at least one seed tube and into at least one return device ; - at least one shut-off means for optionally blocking the at least one seed tube or the at least one return device such that the air volume flow of distribution goods is optionally guided into the at least one seed tube or into the at least one return device corresponding to a position of the at least one shut-off means ; - wherein the at least one shut-off means , which is formed as perforated plate or as air-permeable member, comprises a multitude of openings formed by breakthroughs, slits, or bored holes or the like, such that the outflow , the at least one seed tube , and the at least one return device are permanently pneumatically connected to each other, and - wherein the at least one shut-off means is formed by a swivelable track switch or flap. - a riser pipe for supplying an air volume flow of distribution goods into a distributor head connecting to the riser pipe ; - a multitude of outflows at the distributor head for dividing the air volume flow of distribution goods into a multitude of air volume flows of distribution goods, which outflows each branch into at least one seed tube and into at least one return device ; - at least one shut-off means for optionally blocking the at least one seed tube or the at least one return device such that the air volume flow of distribution goods is optionally guided into the at least one seed tube or into the at least one return device corresponding to a position of the at least one shut-off means ; - wherein the at least one shut-off means , which is formed as perforated plate or as air-permeable member, comprises a multitude of openings formed by breakthroughs, slits, or bored holes or the like, such that the outflow , the at least one seed tube , and the at least one return device are permanently pneumatically connected to each other, and - wherein the at least one shut-off means is formed by a swivelable track switch or flap.
An electronic device comprising a storage device and a host, wherein: the host is operable in at least an active mode or a low power periodic update mode, the active mode comprising a longer initialization phase than the low power periodic update mode; and the storage device comprises a non-volatile memory (118; 120) configured to store data from a host , and a controller configured to: detect when the host is in the low power periodic update mode at least in part by: receiving an identify drive command from the host ; determining that an amount of time between when the storage device is powered up and when the identify drive command is received from the host is less than a predetermined amount of time, the predetermined amount of time being reflective of the difference between the shorter initialization phase of the host when it is in the low power periodic update mode and the longer initialization phase of the host when it is in the active mode; and place the storage device in a power up in standby mode when the host is in the low power periodic update mode. the host is operable in at least an active mode or a low power periodic update mode, the active mode comprising a longer initialization phase than the low power periodic update mode; and the storage device comprises a non-volatile memory (118; 120) configured to store data from a host , and a controller configured to: detect when the host is in the low power periodic update mode at least in part by: receiving an identify drive command from the host ; determining that an amount of time between when the storage device is powered up and when the identify drive command is received from the host is less than a predetermined amount of time, the predetermined amount of time being reflective of the difference between the shorter initialization phase of the host when it is in the low power periodic update mode and the longer initialization phase of the host when it is in the active mode; and place the storage device in a power up in standby mode when the host is in the low power periodic update mode. receiving an identify drive command from the host ; determining that an amount of time between when the storage device is powered up and when the identify drive command is received from the host is less than a predetermined amount of time, the predetermined amount of time being reflective of the difference between the shorter initialization phase of the host when it is in the low power periodic update mode and the longer initialization phase of the host when it is in the active mode; and place the storage device in a power up in standby mode when the host is in the low power periodic update mode.
A mesh handler for a mining machine , comprising: a generally U-shaped frame for receiving and positioning a mesh against a roof portion of an underground tunnel; the frame comprising at least two generally U-shaped rails arranged substantially in parallel and fixed to each other; and characterized by guide means for guiding the mesh along the rails in a direction substantially perpendicular to a longitudinal direction (A) of the mining machine , wherein the guide means comprise at least one pull-out mechanism for pulling the mesh along the rails for arranging the mesh on the frame . a generally U-shaped frame for receiving and positioning a mesh against a roof portion of an underground tunnel; the frame comprising at least two generally U-shaped rails arranged substantially in parallel and fixed to each other; and characterized by guide means for guiding the mesh along the rails in a direction substantially perpendicular to a longitudinal direction (A) of the mining machine , wherein the guide means comprise at least one pull-out mechanism for pulling the mesh along the rails for arranging the mesh on the frame .
Cistern for a toilet, the cistern comprising a wall defining an interior space and including a wall section having a passage therethrough, and a water connection, the water connection being adapted to be connected to a water supply pipe of pipe-in-pipe construction and thus comprising an inner pipe for supplying mains water to the cistern and an outer pipe, wherein the inner pipe is arranged inside the outer pipe, thereby providing protection in case of leakage, since water unintentionally escaping from the inner pipe can be absorbed and drained by the outer pipe, wherein the water connection comprises as two separate elements an outer connecting piece and an inner connecting piece , wherein the outer connecting piece is adapted to be connected to the outer pipe and is arranged in an operating position on an outer side of the wall section , wherein the outer connecting piece has a sealing portion which in the operating position circumferentially abuts the wall section around the passage thus providing a water-tight sealing connection, and wherein the inner connecting piece is adapted to be connected to the inner pipe and is fixed in the operating position to the wall by means of an inner fixing means , wherein the inner connecting piece and the outer connecting piece are arranged relative to one another in the operating position in such a way that from the interior space the inner pipe can be dissembled from the cistern independently of the outer connecting piece , starting from the operating position.
A method for producing a hydrogel having cell adhesive properties and which comprises enzymatically cross-linked conjugates of hyaluronic acid and a flavonoid, the method comprising combining: (i) from 1 mg/ml to 100 mg/ml of conjugates of the hyaluronic acid and the flavonoid; (ii) from 0.01 mM to 5 mM peroxide; and (iii) from 0.01 units/ml to 10 units/ml peroxidase; thereby producing the hydrogel. (i) from 1 mg/ml to 100 mg/ml of conjugates of the hyaluronic acid and the flavonoid; (ii) from 0.01 mM to 5 mM peroxide; and (iii) from 0.01 units/ml to 10 units/ml peroxidase; thereby producing the hydrogel.
A positive electrode active material for a non-aqueous electrolyte secondary battery , including a lithium-transition metal composite oxide represented by the composition formula Li x Mn y Ni z P a M b O 2-c F c , wherein M represents at least one element selected from the group consisting of Ti, Co, Si, Sr, Nb, W, Mo, Ca, Mg, Sb, Na, B, V, Cr, Fe, Cu, Zn, Ge, Zr, Ru, K, Bi, and Al, 1.0 < x ≤ 1.2, 0.4 ≤ y ≤ 0.8, 0 ≤ z ≤ 0.4, 0 < a < 0.01, 0 < b < 0.05, 0 < c < 0.1, and x+y+z+a+b ≤ 2.
A fuel cell system comprising: a fuel cell stack having a cathode exhaust outlet coupled to a cathode exhaust conduit ; a first condenser in the cathode exhaust conduit for extracting water from a cathode exhaust stream in the cathode exhaust conduit; a refrigeration circuit coupled to the first condenser to extract heat from the first condenser ; the refrigeration circuit comprising: a cooling path through the first condenser ; a refrigeration pump/ compressor , an expansion valve ; a second condenser configured to receive heat extracted from the first condenser , wherein the second condenser is configured to operate at a higher temperature than the first condenser ; and an expander disposed downstream of the first condenser for extracting energy from the first condenser exhaust stream . a fuel cell stack having a cathode exhaust outlet coupled to a cathode exhaust conduit ; a first condenser in the cathode exhaust conduit for extracting water from a cathode exhaust stream in the cathode exhaust conduit; a refrigeration circuit coupled to the first condenser to extract heat from the first condenser ; the refrigeration circuit comprising: a cooling path through the first condenser ; a refrigeration pump/ compressor , an expansion valve ; a second condenser configured to receive heat extracted from the first condenser , wherein the second condenser is configured to operate at a higher temperature than the first condenser ; and a cooling path through the first condenser ; a refrigeration pump/ compressor , an expansion valve ; a second condenser configured to receive heat extracted from the first condenser , wherein the second condenser is configured to operate at a higher temperature than the first condenser ; and an expander disposed downstream of the first condenser for extracting energy from the first condenser exhaust stream .
Flat component for a transverse force reinforcement element (Q), suitable for receiving a stirrup , having a lower portion suitable for connection to the lower longitudinal reinforcement of a reinforced/prestressed concrete component, having an upper portion which comprises a fastening region (BF) and a feed region connected thereto, wherein the feed region is in the form of a recess (A) which has a feed angle ζ, measured from a horizontal, of at least 10° to 120°, wherein the recess (A) has a connection to a side edge and/or the upper edge of the flat component , wherein the recess (A) is narrowed to form a feed channel (S) in the form of an obliquely upwardly directed longitudinal recess with an opening suitable for feeding a stirrup sheet , characterised in that the feed channel (S) has a latching nose formed by two recesses and suitable for receiving a clip sheet member .
An image forming apparatus comprising: a plurality of image forming units having unit identification data; a plurality of unit attachment portions having attachment portion identification data, the plurality of unit attachment portions to which the plurality of image forming units are detachably attached; an acquisition unit configured to acquire a data set of the unit identification data of the plurality of image forming units and the attachment portion identification data of the plurality of unit attachment portions ; a calculator configured to calculate calculation data that include at least one of correction data for correcting image forming conditions of the plurality of image forming units or data on corrected image forming conditions; a storage unit configured to store the data set and the calculation data corresponding to the data set so as to be related to each other; a controller configured to execute a data reuse control of correcting the plurality of image forming units using the calculation data that are stored in the storage unit and correspond to the data set acquired by the acquisition unit after the data set is changed; and a notification unit (132 or 60) configured to notify execution-related information on execution of the data reuse control before the controller executes the data reuse control. a plurality of image forming units having unit identification data; a plurality of unit attachment portions having attachment portion identification data, the plurality of unit attachment portions to which the plurality of image forming units are detachably attached; an acquisition unit configured to acquire a data set of the unit identification data of the plurality of image forming units and the attachment portion identification data of the plurality of unit attachment portions ; a calculator configured to calculate calculation data that include at least one of correction data for correcting image forming conditions of the plurality of image forming units or data on corrected image forming conditions; a storage unit configured to store the data set and the calculation data corresponding to the data set so as to be related to each other; a controller configured to execute a data reuse control of correcting the plurality of image forming units using the calculation data that are stored in the storage unit and correspond to the data set acquired by the acquisition unit after the data set is changed; and a notification unit (132 or 60) configured to notify execution-related information on execution of the data reuse control before the controller executes the data reuse control.
A transaminase comprising an amino acid sequence with at least 80% homology to SEQ ID NO:1, wherein the amino acid sequence is engineered compared to SEQ ID NO:1 in at least two positions such that it comprises (i) the substitution F255L; and (ii) a substitution selected from the group consisting of N268A, N268I, N268L, and N268V; and wherein the transaminase is characterized by an improved stereoselectivity and/or an increased conversion of a ketone substrate to an amine product or vice versa an amine substrate to a ketone product in comparison to the wild-type sequence of SEQ ID NO: 1. (i) the substitution F255L; and (ii) a substitution selected from the group consisting of N268A, N268I, N268L, and N268V;
A mattress state indicator assembly comprising: a housing ; a display configured to provide visual indicia of an operation state of a mattress without the need for interactive interfaces, wherein the display includes an outer edge that is over-molded by the housing to protect the display from damage and wherein the display is configured to communicate wirelessly with a controller of a bed for controlling the operation state of the mattress, the display being configured to illuminate in a first color to indicate that the mattress is in a first operation state and illuminate in a second color to indicate that the mattress is in a second operation state; and a connector disposed within the housing , wherein the connector is configured to engage a complementary connector of the bed . a housing ; a display configured to provide visual indicia of an operation state of a mattress without the need for interactive interfaces, wherein the display includes an outer edge that is over-molded by the housing to protect the display from damage and wherein the display is configured to communicate wirelessly with a controller of a bed for controlling the operation state of the mattress, the display being configured to illuminate in a first color to indicate that the mattress is in a first operation state and illuminate in a second color to indicate that the mattress is in a second operation state; and a connector disposed within the housing , wherein the connector is configured to engage a complementary connector of the bed .
The compound 4-[(3-chloro-4-fluorophenyl)amino]-6-{[4-(N,N-dimethylamino)-1-oxo-2-buten-1-yl]amino}-7-((S)-tetrahydrofuran-3-yloxy)-quinazoline, optionally in form of the pharmacologically acceptable acid addition salts, solvates, hydrates or polymorphs, for use in a method of treatment of a patient suffering from cancer selected from the group consisting of ∘ Head and neck tumours: SCC, AC, transitional cell cancers, mucoepidermoid cancers, undifferentiated carcinomas wherein the method of treatment is a monotherapy.
A transducer device , comprising: an acoustic membrane ; a piezoelectric element mounted to the acoustic membrane; and two oppositely arranged elastic damping elements between which a peripheral portion of the acoustic membrane is sandwichably supported, thereby forming a stack comprising the two elastic damping elements , the acoustic membrane and the piezoelectric element ; characterized by a U-shaped clamp formed as a single element and having two flat arms connected by a linking portion , into which U-shaped clamp the stack may be easily received, wherein the stack has been inserted between the flat arms such that the two elastic damping elements are pressed together, whereby the peripheral portion of the acoustic membrane is secured between the two elastic damping elements. an acoustic membrane ; a piezoelectric element mounted to the acoustic membrane; and two oppositely arranged elastic damping elements between which a peripheral portion of the acoustic membrane is sandwichably supported, thereby forming a stack comprising the two elastic damping elements , the acoustic membrane and the piezoelectric element ; characterized by a U-shaped clamp formed as a single element and having two flat arms connected by a linking portion , into which U-shaped clamp the stack may be easily received, wherein the stack has been inserted between the flat arms such that the two elastic damping elements are pressed together, whereby the peripheral portion of the acoustic membrane is secured between the two elastic damping elements.
A queue scheduling method for use in a queue scheduling device , the method comprising: receiving (S101) an enqueuing trigger message by a scheduling extension unit after a queue is written in a queue cache, wherein the enqueuing trigger message includes a queue identifier and queue information of the queue; writing (S102) the queue identifier in a queue identifier cache of the scheduling extension unit , and setting a state of the queue identifier indicating that the queue identifier is in the queue identifier cache by the scheduling extension unit ; wherein when authorization arrives from an authorization unit , acquiring the queue information of the queue according to an authorized queue number to form an authorization report and sending the authorization report to a scheduling unit by the scheduling extension unit ; and wherein when no authorization arrives from the authorization unit , acquiring (S103) queue information of the queue and sending an enqueuing report to the scheduling unit by the scheduling extension unit ; and determining (SI04), by the scheduling unit , whether to schedule the queue according to the queue information of the queue after the scheduling unit receives the enqueuing report or the authorization report. receiving (S101) an enqueuing trigger message by a scheduling extension unit after a queue is written in a queue cache, wherein the enqueuing trigger message includes a queue identifier and queue information of the queue; writing (S102) the queue identifier in a queue identifier cache of the scheduling extension unit , and setting a state of the queue identifier indicating that the queue identifier is in the queue identifier cache by the scheduling extension unit ; wherein when authorization arrives from an authorization unit , acquiring the queue information of the queue according to an authorized queue number to form an authorization report and sending the authorization report to a scheduling unit by the scheduling extension unit ; and wherein when no authorization arrives from the authorization unit , acquiring (S103) queue information of the queue and sending an enqueuing report to the scheduling unit by the scheduling extension unit ; and determining (SI04), by the scheduling unit , whether to schedule the queue according to the queue information of the queue after the scheduling unit receives the enqueuing report or the authorization report.
A peptide complex comprising (i) a peptide consisting of the amino acid sequence of SEQ ID NO: 2 and (ii) a peptide consisting of the amino acid sequence of SEQ ID NO: 4.