mhurhangee/patent-ind-claim-en huggingface dataset:
High-frequency line filter for a converter , wherein the converter has three phase connections for receiving a three-phase AC signal (L1', L2', L3') from a three-phase voltage grid (L1, L2, L3) and is designed to convert the received three-phase AC signal (L1', L2', L3') into an output signal (V) for a load, wherein the high-frequency line filter comprises: - a first filter path for forming a conductive connection between a first of the three phase connections and an earth connection (PE); - a second filter path for forming a conductive connection between a second of the three phase connections and the earth connection (PE); - a third filter path for forming a conductive connection between a third of the three phase connections and the earth connection (PE); wherein the high-frequency line filter is characterized by - a series circuit composed of a pulse-proof capacitor (Cil, Ci2, Ci3), which is not permitted to bypass an insulation, and a parallel circuit of at least two non-pulse-proof Y capacitors (Cyla-b, Cy2a-b, Cy3a-b), which are permitted to bypass a basic insulation, the series circuit being provided in each of the three filter paths , - and by a fourth filter path for forming a conductive connection between a star point (S), which is formed by the converter , and the earth connection (PE), wherein the fourth filter path comprises a series circuit composed of an ohmic damping resistor (R4) and a parallel circuit of at least two Y capacitors (Cy4a-b) but does not comprise a pulse-proof capacitor. - a first filter path for forming a conductive connection between a first of the three phase connections and an earth connection (PE); - a second filter path for forming a conductive connection between a second of the three phase connections and the earth connection (PE); - a third filter path for forming a conductive connection between a third of the three phase connections and the earth connection (PE); - a series circuit composed of a pulse-proof capacitor (Cil, Ci2, Ci3), which is not permitted to bypass an insulation, and a parallel circuit of at least two non-pulse-proof Y capacitors (Cyla-b, Cy2a-b, Cy3a-b), which are permitted to bypass a basic insulation, the series circuit being provided in each of the three filter paths , - and by a fourth filter path for forming a conductive connection between a star point (S), which is formed by the converter , and the earth connection (PE), wherein the fourth filter path comprises a series circuit composed of an ohmic damping resistor (R4) and a parallel circuit of at least two Y capacitors (Cy4a-b) but does not comprise a pulse-proof capacitor.
A device for insertion between a pair of parallel flat casting plates to form a row of sample wells in an electrophoresis slab gel as said gel is cast between said plates , said device comprising: a flat bar having a forward face , a rear face , and a longitudinal edge, a row of dentiform projections along said longitudinal edge, characterized in that said device further comprises first hook means projecting forward from said forward face , and second hook means projecting rearward from said rear face , said first and second hook means shaped to hold said casting plates parallel to each other and at a fixed distance from each other with said dentiform projections between said casting plates . a flat bar having a forward face , a rear face , and a longitudinal edge, a row of dentiform projections along said longitudinal edge, characterized in that said device further comprises first hook means projecting forward from said forward face , and second hook means projecting rearward from said rear face , said first and second hook means shaped to hold said casting plates parallel to each other and at a fixed distance from each other with said dentiform projections between said casting plates .
An organic light emitting diode, OLED, display driver circuit comprising: a first input to receive a luminance scaling signal representing a scaling value between 0 and 1; a second input to receive an image input signal, the image input signal including a digital representation of a desired output for a pixel within an OLED display; a gamma register coupled to the second input to map the digital representation of a desired output for the pixel to a pixel-level output voltage; and a luminance scaling circuit to multiply the pixel-level output voltage from the gamma register , corresponding to the image input signal, by the scaling value. a first input to receive a luminance scaling signal representing a scaling value between 0 and 1; a second input to receive an image input signal, the image input signal including a digital representation of a desired output for a pixel within an OLED display; a gamma register coupled to the second input to map the digital representation of a desired output for the pixel to a pixel-level output voltage; and a luminance scaling circuit to multiply the pixel-level output voltage from the gamma register , corresponding to the image input signal, by the scaling value.
A method for re-establishing a Radio Resource Control, RRC, connection for Control Plane Cellular Internet-of-Things, CP CIoT, optimizations between a User Equipment , UE, and a target evolved NodeB , target eNB, if the UE experiences a radio link failure during the CP CIoT, the method being performed by the target eNB and comprising: receiving (S200) an RRC connection re-establishment request from the UE , wherein the RRC connection re-establishment request includes an authentication token generated with a Non Access Stratum, NAS, integrity key and a target cell's identity as input; sending (S210) a verification message to a Mobility Management Entity , MME, wherein the verification message includes the received authentication token; and receiving (S220) a response from the MME, of verification of the authentication token. receiving (S200) an RRC connection re-establishment request from the UE , wherein the RRC connection re-establishment request includes an authentication token generated with a Non Access Stratum, NAS, integrity key and a target cell's identity as input; sending (S210) a verification message to a Mobility Management Entity , MME, wherein the verification message includes the received authentication token; and receiving (S220) a response from the MME, of verification of the authentication token.
Copper-ceramic composite comprising - a ceramic substrate containing aluminum oxide, - a coating of copper or a copper alloy present on the ceramic substrate, which coating is applied by a DCB process to the ceramic substrate, wherein the grains of the aluminum oxide each have a maximum diameter d Kmax , a diameter d K,ortho running perpendicular to d K,max , determined on half the length of d K,max , and a shape factor R K (Al 2 O 3 ) = d K,ortho / d K,max and the aluminum oxide has an average grain shape factor R a (Al 2 O 3 ), determined as arithmetic mean of the shape factors R K (Al 2 O 3 ) of the grains of the aluminum oxide, the grains of the copper or of the copper alloy each have a maximum diameter d K,max , a diameter d K,ortho running perpendicular to d K,max , determined on half the length of d K,max , and a shape factor R K (Cu)= d K,ortho / d K,max and the copper or the copper alloy has an average grain shape factor R a (Cu), determined as arithmetic mean of the shape factors R K (Cu) of the grains of the copper or of the copper alloy, where the average grain shape factors of the aluminum oxide and of the copper or of the copper alloy satisfy the following condition: 0.5 ≤ R a Al 2 O 3 / R a Cu ≤ 2.0 . - a ceramic substrate containing aluminum oxide, - a coating of copper or a copper alloy present on the ceramic substrate, which coating is applied by a DCB process to the ceramic substrate, the grains of the aluminum oxide each have a maximum diameter d Kmax , a diameter d K,ortho running perpendicular to d K,max , determined on half the length of d K,max , and a shape factor R K (Al 2 O 3 ) = d K,ortho / d K,max and the aluminum oxide has an average grain shape factor R a (Al 2 O 3 ), determined as arithmetic mean of the shape factors R K (Al 2 O 3 ) of the grains of the aluminum oxide, the grains of the copper or of the copper alloy each have a maximum diameter d K,max , a diameter d K,ortho running perpendicular to d K,max , determined on half the length of d K,max , and a shape factor R K (Cu)= d K,ortho / d K,max and the copper or the copper alloy has an average grain shape factor R a (Cu), determined as arithmetic mean of the shape factors R K (Cu) of the grains of the copper or of the copper alloy, where the average grain shape factors of the aluminum oxide and of the copper or of the copper alloy satisfy the following condition: 0.5 ≤ R a Al 2 O 3 / R a Cu ≤ 2.0 .
Fragrance substance mixture, preferably perfume oil, comprising or consisting of the following components: (a) Compound of formula (I) and additionally (b) one or more fragrance substance(s), preferably with a fruity olfactory note, selected from the group consisting of esters, lactones, oximes and sulphur compounds with a molecular weight of 240 g/mol or less and/or (c) one or more fragrance substance(s), selected from the group consisting of acetals, ketones and ethers, with a molecular weight in the range of 126-240 g/mol. (a) Compound of formula (I) and additionally (b) one or more fragrance substance(s), preferably with a fruity olfactory note, selected from the group consisting of esters, lactones, oximes and sulphur compounds with a molecular weight of 240 g/mol or less and/or (c) one or more fragrance substance(s), selected from the group consisting of acetals, ketones and ethers, with a molecular weight in the range of 126-240 g/mol.
A composite ion exchange membrane obtainable by a process comprising reacting an ionically-charged membrane with a composition comprising: (a) a monofunctional ethylenically unsaturated monomer having an ionic charge opposite to the charge of the ionically-charged membrane; and (b) a crosslinking agent comprising two or more ethylenically unsaturated groups; wherein the molar ratio of (b):(a) is lower than 0.04 or is zero; and wherein the ionically-charged membrane has been obtained by a process comprising the polymerisation of a composition comprising a crosslinking agent and a monofunctional ethylenically unsaturated monomer having an ionic charge. (a) a monofunctional ethylenically unsaturated monomer having an ionic charge opposite to the charge of the ionically-charged membrane; and (b) a crosslinking agent comprising two or more ethylenically unsaturated groups; wherein the molar ratio of (b):(a) is lower than 0.04 or is zero; and wherein the ionically-charged membrane has been obtained by a process comprising the polymerisation of a composition comprising a crosslinking agent and a monofunctional ethylenically unsaturated monomer having an ionic charge.
Plastic scintillator, comprising a polymer matrix wherein at least one fluorophore and at least one metal carboxylate are included, characterised in that the metal carboxylate is a metal 2-methylbutyrate of formula (I): wherein M represents a metal selected from lithium gadolinium, bismuth, lead, cadmium, tin, tungsten, mercury and osmium and n corresponds to the degree of oxidation of the metal M.
Hearing aid - with a housing , which can be inserted into an auditory canal of a person wearing the hearing aid, and - with a flexible retainer dome detachably attached to the housing for holding the housing in the auditory canal, wherein the housing comprises a one-piece housing shell in which a module comprising a receiver is accommodated, wherein the housing shell has a first front opening closed by a face plate , and a second rear opening substantially opposite the first opening , wherein the module protrudes from the rear opening with a retainer stub , and wherein the module is fixed to the housing shell by a securing ring placed on the outside of the retainer stub , characterized in that the securing ring is assigned a protective device , which serves to block functioning operation of the hearing aid if the securing ring is fitted incorrectly. - with a housing , which can be inserted into an auditory canal of a person wearing the hearing aid, and - with a flexible retainer dome detachably attached to the housing for holding the housing in the auditory canal,
A process for introducing at least two heterologous genes into a Bacillus Spp and rendering the Bacillus Spp unable to proliferate in the absence of thymine or thymidine, the process comprising: (a) (i) introducing a heterologous gene into the thyA gene and the thyB gene in a Bacillus Spp; and (ii) growing said Bacillus Spp in the presence of trimethoprim; or (b) (i) introducing a heterologous gene into either the thyA gene or the thyB gene in a Bacillus Spp; ii) growing said Bacillus Spp in the presence of trimethoprim; iii) introducing a heterologous gene into the other of the thyA gene or the thyB gene in said Bacillus Spp.; and (iv) growing said Bacillus Spp. in the presence of trimethoprim, wherein the process operates without the introduction of an antibiotic resistance gene. (a) (i) introducing a heterologous gene into the thyA gene and the thyB gene in a Bacillus Spp; and (ii) growing said Bacillus Spp in the presence of trimethoprim; or (i) introducing a heterologous gene into the thyA gene and the thyB gene in a Bacillus Spp; and (ii) growing said Bacillus Spp in the presence of trimethoprim; or (b) (i) introducing a heterologous gene into either the thyA gene or the thyB gene in a Bacillus Spp; ii) growing said Bacillus Spp in the presence of trimethoprim; iii) introducing a heterologous gene into the other of the thyA gene or the thyB gene in said Bacillus Spp.; and (iv) growing said Bacillus Spp. in the presence of trimethoprim, wherein the process operates without the introduction of an antibiotic resistance gene. (i) introducing a heterologous gene into either the thyA gene or the thyB gene in a Bacillus Spp; ii) growing said Bacillus Spp in the presence of trimethoprim; iii) introducing a heterologous gene into the other of the thyA gene or the thyB gene in said Bacillus Spp.; and (iv) growing said Bacillus Spp. in the presence of trimethoprim,
An apparatus for providing negative pressure wound therapy to an abdominal wound and for detecting excessive pressure in the abdominal compartment, comprising: a wound packing member or wound filler (124; 450; 550; 500; 1000) that has an adjustable volume; a backing layer for providing a substantially air and liquid-tight seal over the wound when the wound packing member or wound filler is positioned in the wound; a source of negative pressure for providing negative pressure to a space beneath the backing layer; a pressure sensor for measuring internal abdominal pressure wherein said pressure sensor is configured to be placed in communication with one or more human organs; and wherein a controller configured to control closure of the wound by controlling the amount that the wound packing member or wound filler collapses based on the measured internal abdominal pressure and wherein the controller is further configured to adjust one or more pressure levels to reduce the pressure exerted on the organ or organs if the monitored internal pressure in the abdominal region as detected by the pressure sensor exceeds a threshold value, characterized in that the threshold value is from 8 mmHg to 12 mmHg (approx. 1067 Pa to 1600 Pa) or wherein the threshold value is selected from 10 mmHg (approx. 1333 Pa), 12 mmHg (approx. 1600 Pa) or 15 mmHg (approx. 2000 Pa). a wound packing member or wound filler (124; 450; 550; 500; 1000) that has an adjustable volume; a backing layer for providing a substantially air and liquid-tight seal over the wound when the wound packing member or wound filler is positioned in the wound; a source of negative pressure for providing negative pressure to a space beneath the backing layer; a pressure sensor for measuring internal abdominal pressure wherein said pressure sensor is configured to be placed in communication with one or more human organs; and wherein a controller configured to control closure of the wound by controlling the amount that the wound packing member or wound filler collapses based on the measured internal abdominal pressure and wherein the controller is further configured to adjust one or more pressure levels to reduce the pressure exerted on the organ or organs if the monitored internal pressure in the abdominal region as detected by the pressure sensor exceeds a threshold value, characterized in that the threshold value is from 8 mmHg to 12 mmHg (approx. 1067 Pa to 1600 Pa) or wherein the threshold value is selected from 10 mmHg (approx. 1333 Pa), 12 mmHg (approx. 1600 Pa) or 15 mmHg (approx. 2000 Pa).
Lateral support system for laterally fixing a contact wire of an overhead line system , having at least one contact wire terminal , which is embodied to be fastened to the contact wire , and having at least one lateral support , which is connected at one end to the contact wire terminal , and the other end of which is embodied for movable connection to a supporting element of the overhead line system , wherein the lateral support has at least two lateral support segments , which are arranged at an obtuse angle (β) with respect to one another, wherein the one lateral support segment is connected to the contact wire terminal and together these protrude beyond the other lateral support segment with a length (L1) of at least 120mm, preferably 150 mm, characterised in that the contact wire terminal widens at a right angle to the contact wire longitudinal direction (R) at most in a range of greater than 65° with respect to a horizontal , wherein the horizontal runs along the lower edge of the contact wire and the region of greater than 65° is restricted with respect to the horizontal by straight lines which run obliquely to the first horizontal and laterally touch the contact wire . having at least one contact wire terminal , which is embodied to be fastened to the contact wire , and having at least one lateral support , which is connected at one end to the contact wire terminal , and the other end of which is embodied for movable connection to a supporting element of the overhead line system , wherein the lateral support has at least two lateral support segments , which are arranged at an obtuse angle (β) with respect to one another, wherein the one lateral support segment is connected to the contact wire terminal and together these protrude beyond the other lateral support segment with a length (L1) of at least 120mm, preferably 150 mm, characterised in that the contact wire terminal widens at a right angle to the contact wire longitudinal direction (R) at most in a range of greater than 65° with respect to a horizontal , wherein the horizontal runs along the lower edge of the contact wire and the region of greater than 65° is restricted with respect to the horizontal by straight lines which run obliquely to the first horizontal and laterally touch the contact wire .
An immediate release pharmaceutical formulation in the form of a stock granulation for loading in capsules or forming tablets, the stock granulation comprising: a) 0.1 to 40 % w/w dapagliflozin propylene glycol hydrate having the formula b) 0 to 50 % w/w anhydrous lactose; c) 1 to 15 % w/w crospovidone; d) 0 to 6 % w/w silicon dioxide; e) 0 to 4.0 % w/w magnesium stearate; and f) microcrystalline cellulose in an amount to make the stock granulation composition 100% w/w. a) 0.1 to 40 % w/w dapagliflozin propylene glycol hydrate having the formula b) 0 to 50 % w/w anhydrous lactose; c) 1 to 15 % w/w crospovidone; d) 0 to 6 % w/w silicon dioxide; e) 0 to 4.0 % w/w magnesium stearate; and f) microcrystalline cellulose in an amount to make the stock granulation composition 100% w/w.
Cabinet comprising a cabinet body having at least one opening , the at least one opening being at least partially closable by means of a closing element , characterized in that the cabinet body , on the end face thereof that faces the closing element , has a main bracket and a profile which can be connected thereto and at least partially protrudes beyond the outer contour of the cabinet body .
A method of processing biomass by a system comprising a combined heat and power plant , an interface for feeding biogas to a traffic fuel production unit , interfaces to a district heating system and an electrical grid , and a hydrolysis device , a digestion device , a dryer and a heat recovery unit , which are operatively coupled for transferring heat, intermediate products and final products of the process, wherein the method comprises: a) receiving raw biomass into the hydrolysis device ; b) feeding biomass processed by the hydrolysis device to the digestion device ; c) feeding biogas obtained in the digestion device to the traffic fuel production unit ; d) recovering heat from the hydrolysis device ; e) drying biomass processed by the digestion device by the heat recovered from the hydrolysis device ; f) recovering heat from the dryer ; g) feeding heat recovered from the dryer to the hydrolysis device to be used in pre-heating of the received raw biomass; h) feeding heat recovered from the dryer to the district heating ; i) fueling production of electricity by the dried biomass from the dryer . a) receiving raw biomass into the hydrolysis device ; b) feeding biomass processed by the hydrolysis device to the digestion device ; c) feeding biogas obtained in the digestion device to the traffic fuel production unit ; d) recovering heat from the hydrolysis device ; e) drying biomass processed by the digestion device by the heat recovered from the hydrolysis device ; f) recovering heat from the dryer ; g) feeding heat recovered from the dryer to the hydrolysis device to be used in pre-heating of the received raw biomass; h) feeding heat recovered from the dryer to the district heating ; i) fueling production of electricity by the dried biomass from the dryer .