mhurhangee/ep-ind-claims huggingface dataset:
A deterrent device, comprising: an elongated base having a base width and raised portions, wherein each of the raised portions has a width that is less than the base width; first and second spikes (606, 608) coupled to the base and configured to extend from the base such that such that the spikes (606, 608) alternate on each side of the base between a lower-angled spike and an upper-angled spike; wherein the base further comprises first and second wings (610, 612) each having a width that is at least twice the base width; and wherein the base further comprises first and second spike stabilizers (620, 622) each having two upwardly extending portions and a middle portion, wherein the middle portion is generally horizontal and is configured to nest a second deterrent device when the deterrent device is stacked with the second deterrent device. an elongated base having a base width and raised portions, wherein each of the raised portions has a width that is less than the base width; first and second spikes (606, 608) coupled to the base and configured to extend from the base such that such that the spikes (606, 608) alternate on each side of the base between a lower-angled spike and an upper-angled spike; wherein the base further comprises first and second wings (610, 612) each having a width that is at least twice the base width; and wherein the base further comprises first and second spike stabilizers (620, 622) each having two upwardly extending portions and a middle portion, wherein the middle portion is generally horizontal and is configured to nest a second deterrent device when the deterrent device is stacked with the second deterrent device.
Steering column for a motor vehicle, comprising an adjustment unit having a steering spindle which is supported in a casing pipe so as to be able to be rotated about the longitudinal axis thereof, a carrier unit which can be connected to the bodywork of the motor vehicle and in which the casing pipe can be received and which comprises at least one clamping face facing the casing pipe, and a clamping device which in the fixing position clamps the clamping face against the casing pipe with a clamping force in order to fix the adjustment unit relative to the carrier unit at least in the longitudinal direction and which in the release position releases the clamping face from the casing pipe and which releases an adjustment of the adjustment unit relative to the carrier unit at least in the longitudinal direction, and the carrier unit comprises a sliding face which faces the casing pipe and along which the casing pipe can be moved in the longitudinal direction in the release position, characterized in that the sliding face is arranged on a support device which presses the sliding face against the casing pipe with a support force which can be predetermined independently of the clamping force, wherein the support force is substantially greater than or equal to the component of the weight force of the adjustment unit applied to the sliding face including attachments which are fitted thereto.
A recreational vehicle layout, which includes a primary recreational vehicle, a secondary vehicle, a garage realized in the back of the recreational vehicle, a rear door, a sleeping cabin located above the garage, a living room, a ramp to facilitate the entry of the vehicle, a living room floor, and a movable sleeping cabin floor, and the sleeping cabin floor separates the garage from the sleeping cabin, the sleeping cabin floor includes a panel at a height that exceeds the highest part of the vehicle, and the vehicle is located in the garage on a ramp that forms an acute angle with the base plate of the garage, further comprising hydraulic elevators that can move the sleeping cabin floor up and down are located in the garage and a folding step that is located between the living room floor and the sleeping cabin floor to overcome the corresponding difference in height.
A method for floor control on multiple mission critical push to talk, MCPTT, systems, comprising: receiving, by a first floor control server, a first message from a second floor control server, wherein the first message is used to request floor from the first floor control server, the first floor control server belongs to a first MCPTT system, the second floor control server belongs to a second MCPTT system, the first message comprises a user identifier of a third MCPTT user and user priority information of the third MCPTT user, and the third MCPTT user belongs to the second MCPTT system; receiving, by the first floor control server, a floor request message from a first user equipment, UE, wherein a first MCPTT user is associated with the first UE, and the first MCPTT user belongs to the first MCPTT system; determining, by the first floor control server according to the first message, the floor request message and a floor control policy, that the floor is to be occupied by the third MCPTT user, wherein the floor control policy is a policy based on a user priority; and sending, by the first floor control server, a second message to the second floor control server, wherein the second message is used to indicate that the floor is to be occupied by the third MCPTT user. receiving, by a first floor control server, a first message from a second floor control server, wherein the first message is used to request floor from the first floor control server, the first floor control server belongs to a first MCPTT system, the second floor control server belongs to a second MCPTT system, the first message comprises a user identifier of a third MCPTT user and user priority information of the third MCPTT user, and the third MCPTT user belongs to the second MCPTT system; receiving, by the first floor control server, a floor request message from a first user equipment, UE, wherein a first MCPTT user is associated with the first UE, and the first MCPTT user belongs to the first MCPTT system; determining, by the first floor control server according to the first message, the floor request message and a floor control policy, that the floor is to be occupied by the third MCPTT user, wherein the floor control policy is a policy based on a user priority; and sending, by the first floor control server, a second message to the second floor control server, wherein the second message is used to indicate that the floor is to be occupied by the third MCPTT user.
A process for producing an ingredient containing glucosylated forms of rebaudioside B, steviolbioside, steviolmonoside, as well as other steviol glycosides found in Stevia rebaudiana Bertoni plant, comprising the steps of: adding starch into water to form a starch suspension; adding a mixture of α -amylase and CGTase into the starch suspension and incubating for about 0.5 to 2 hours at about 75-80°C, resulting in a liquefied starch suspension; inactivating the α -amylase by low pH heat treatment; cooling the liquefied starch suspension and adjusting the pH to about 5.5 to 7.0; adding freely soluble form of steviol glycosides into the liquefied starch suspension, resulting in a reaction mixture; adding a second batch of CGTase into the reaction mixture and incubating for about 12 to 48 hours at about 55-75°C; inactivating the CGTase by low heat treatment; cooling the reaction mixture and adjusting the pH to about 2.0 to 4.5; precipitating the unreacted steviol glycosides; separating the precipitated unreacted steviol glycosides crystal from filtrate; adjusting the pH of filtrate to about 5.5 to 7.0; removing ethanol from the aqueous ethanol eluate, resulting in an aqueous eluate; and concentrating and drying the aqueous eluate to obtain the highly purified glucosyl stevia composition; wherein the ingredient comprises derivatives containing α -1,4-glucosyl residues attached to glycosidic residues of C13 position of steviol, and unmodified steviol glycosides. adding starch into water to form a starch suspension; adding a mixture of α -amylase and CGTase into the starch suspension and incubating for about 0.5 to 2 hours at about 75-80°C, resulting in a liquefied starch suspension; inactivating the α -amylase by low pH heat treatment; cooling the liquefied starch suspension and adjusting the pH to about 5.5 to 7.0; adding freely soluble form of steviol glycosides into the liquefied starch suspension, resulting in a reaction mixture; adding a second batch of CGTase into the reaction mixture and incubating for about 12 to 48 hours at about 55-75°C; inactivating the CGTase by low heat treatment; cooling the reaction mixture and adjusting the pH to about 2.0 to 4.5; precipitating the unreacted steviol glycosides; separating the precipitated unreacted steviol glycosides crystal from filtrate; adjusting the pH of filtrate to about 5.5 to 7.0; removing ethanol from the aqueous ethanol eluate, resulting in an aqueous eluate; and concentrating and drying the aqueous eluate to obtain the highly purified glucosyl stevia composition; wherein the ingredient comprises derivatives containing α -1,4-glucosyl residues attached to glycosidic residues of C13 position of steviol, and unmodified steviol glycosides.
A loudspeaker having a dome wherein the edge region of the dome is stiffened by a ring suitably attached to the dome; characterised in that said dome has a substantially parabolic or catenary shape; and in that the Young's Modulus of the ring is over 300GNm -2.
An encapsulated semiconductor device comprising: a first conduction path formative plate; a second conduction path formative plate joined to the first conduction path formative plate; a semiconductor element bonded to the first surface of the first conduction path formative plate; a heatsink held by the first conduction path formative plate with an insulation sheet interposed between the heatsink and the second surface of the first conduction path formative plate; and a through hole and a lead gap formed in a region of the first conduction path formative plate in contact with the insulation sheet, and a portion of the insulation sheet press-fitted and filled into the through hole and the lead gap (1 b) so that corner portions of the first conduction path formative plate are partially embedded in the insulative heat dissipation sheet, an encapsulation resin encapsulating a portion of the first conduction path formative plate, a portion of the second conduction path formative plate, a portion of the insulation sheet, and a portion of the heatsink, wherein the encapsulation resin being separate from the insulation sheet, and the encapsulation resin filling the lead gaps and to an extent that a void does not remain between the encapsulation resin and the insulation sheet so as to increase the insulation performance. a first conduction path formative plate; a second conduction path formative plate joined to the first conduction path formative plate; a semiconductor element bonded to the first surface of the first conduction path formative plate; a heatsink held by the first conduction path formative plate with an insulation sheet interposed between the heatsink and the second surface of the first conduction path formative plate; and a through hole and a lead gap formed in a region of the first conduction path formative plate in contact with the insulation sheet, and a portion of the insulation sheet press-fitted and filled into the through hole and the lead gap (1 b) so that corner portions of the first conduction path formative plate are partially embedded in the insulative heat dissipation sheet, an encapsulation resin encapsulating a portion of the first conduction path formative plate, a portion of the second conduction path formative plate, a portion of the insulation sheet, and a portion of the heatsink, wherein the encapsulation resin being separate from the insulation sheet, and the encapsulation resin filling the lead gaps and to an extent that a void does not remain between the encapsulation resin and the insulation sheet so as to increase the insulation performance.
A liquid cleansing and care product for hair and body cleansing having good compatibility with the skin, containing at least one pH-sensitive amino acid surfactant selected from the amino acid surfactants sodium lauroyl sarcosinate, sodium cocoyl glutamate, sodium cocoyl alaninate and sodium cocoyl sarcosinate, water, as well as at least one pH regulator which adjusts the pH of the mixture to a specifically narrow pH range of ± 0.3 or less with respect to a pH in which the mixture exhibits an absolute maximum of viscosity or a relative increase in viscosity of at least 100% compared with a solution of said amino acid surfactant in water, namely to a pH of 4.65 to 5.25 when using sodium lauroyl sarcosinate, of 4.3 to 4.6 when using sodium cocoyl glutamate, of 5.4 to 6.0 when using sodium cocoyl alaninate, of 4.5 to 5.0 when using a binary surfactant mixture of sodium cocoyl sarcosinate as the pH-sensitive amino acid surfactant as well as cocamidopropyl betaine, of 6.75 to 7.35 when using a binary mixture of sodium cocoyl sarcosinate as the pH-sensitive amino acid surfactant as well as an amine oxide, or to a pH of 5.9 to 6.5 when using a ternary surfactant mixture of sodium cocoyl sarcosinate as the pH-sensitive amino acid surfactant, cocamidopropyl betaine as well as an amine oxide, wherein the cleansing and care product contains only 4% to 16% of detergent substances in total.
A brew group comprising: (a) a brewing chamber having an upper surface and a cylindrical aperture with an open first end and an open second end; (b) a lower piston assembly sized and configured to slidably engage the brewing chamber open first end; (c) a first actuator attached to the lower piston assembly and operable to move the lower piston assembly longitudinally through the cylindrical aperture; (d) an upper piston assembly sized and configured to sealingly engage the brewing chamber open second end; (e) a second actuator attached to the upper piston assembly and operable to move the upper piston assembly between (i) a load position wherein the upper piston assembly is disposed above the brewing chamber and is pivoted away from the brewing chamber, and (ii) a brewing position wherein the upper piston assembly sealingly engages the brewing chamber; (f) means for pivoting the upper piston assembly away from the brewing chamber when the second piston assembly is moved to the load position; (g) a sliding arm assembly having a scraping arm slidably disposed on the upper surface of the brewing chamber; and (h) a third actuator operable to move the scraping arm across the upper surface of the brewing chamber over the open second end of the brewing chamber wherein the scraping arm is hingedly attached to the third actuator; characterized in that the lower piston assembly defines a flow channel therethrough fluidly connecting the brewing chamber with an external water supply tube. (a) a brewing chamber having an upper surface and a cylindrical aperture with an open first end and an open second end; (b) a lower piston assembly sized and configured to slidably engage the brewing chamber open first end; (c) a first actuator attached to the lower piston assembly and operable to move the lower piston assembly longitudinally through the cylindrical aperture; (d) an upper piston assembly sized and configured to sealingly engage the brewing chamber open second end; (e) a second actuator attached to the upper piston assembly and operable to move the upper piston assembly between (i) a load position wherein the upper piston assembly is disposed above the brewing chamber and is pivoted away from the brewing chamber, and (ii) a brewing position wherein the upper piston assembly sealingly engages the brewing chamber; (f) means for pivoting the upper piston assembly away from the brewing chamber when the second piston assembly is moved to the load position; (g) a sliding arm assembly having a scraping arm slidably disposed on the upper surface of the brewing chamber; and (h) a third actuator operable to move the scraping arm across the upper surface of the brewing chamber over the open second end of the brewing chamber wherein the scraping arm is hingedly attached to the third actuator;
A double valve device for mounting in a flow channel of a sewer for the prevention of backflow, the sewer has an intake pipe and an outfall pipe for sewage and/or water, the double valve device comprises an elongated hollow valve body (2,3) and an actuator wherein - the elongated hollow valve body (2,3) includes a first elongate hollow member defining a first channel and a second elongate hollow member defining a second channel opposite the first channel, - the first elongate hollow member has a first flap valve pivotally movable between a closed state and an open state of a first valve opening of the first elongate hollow member, and - the second elongate hollow member has a second flap valve pivotally movable between a closed state and an open state of a second valve opening of the second elongate hollow member, which second valve opening faces the first valve opening - characterised in that - the actuator is operatively connected to the elongate hollow valve body (2,3) to allow adjusting the distance between the first elongated hollow member and the second elongate hollow member upon actuation. - the elongated hollow valve body (2,3) includes a first elongate hollow member defining a first channel and a second elongate hollow member defining a second channel opposite the first channel, - the first elongate hollow member has a first flap valve pivotally movable between a closed state and an open state of a first valve opening of the first elongate hollow member, and - the second elongate hollow member has a second flap valve pivotally movable between a closed state and an open state of a second valve opening of the second elongate hollow member, which second valve opening faces the first valve opening - characterised in that - the actuator is operatively connected to the elongate hollow valve body (2,3) to allow adjusting the distance between the first elongated hollow member and the second elongate hollow member upon actuation.
A corner element of multi-part configuration for a frame construction, comprising at least one hollow profile (2, 3), wherein the corner element is made of a metallic material and has two arms (4, 5) lying at a right angle to each other and for connecting each of a hollow profile (2, 3), wherein the arms (4, 5) each have at least four side walls extending in longitudinal direction and enclosing a cavity (6, 7), wherein the arms (4, 5) are connected by a base part, which alone or in connection with the arms (4, 5), encloses a cavity, which preferably has an essentially square cross-section, wherein the cavity enclosed by the base part alone or in connection with the arms (4, 5) is covered at at least one front end by a plate which has at least one clearance and / or recess, characterized in that the base part is formed from a first and a second angle (8.1, 8.2), which are joined to each other by means of a welding connection.
An agent which inhibits CCR4 expression or activity for use in treating a cancer patient having a solid tumour or a non-haematological tumour, said tumour comprising CCR4 expressing epithelial tumour cells wherein the agent which inhibits CCR4 expression or activity is: (i) an antibody which binds to CCR4; (ii) an antibody which binds to CCR4 ligands CCL17 or CCL22; or (iii) a CCR4 antagonist. (i) an antibody which binds to CCR4; (ii) an antibody which binds to CCR4 ligands CCL17 or CCL22; or (iii) a CCR4 antagonist.
Method of operating an arc furnace, wherein the arc furnace comprises a receiving vessel for molten material as well as at least one electrode, wherein the electrode is arranged at a support arm and held by this, and wherein a foamed slag forming agent is introduced into the receiving vessel so as to form a layer of foamed slag with a height h on the molten material, wherein the method comprises the steps: a) determining a functional correlationship (h=f(a)) between the oscillations of the electrode or the support arm in operation of the arc furnace and the height (h) of the foamed slag by measurement, wherein in the functional correlationship the amplitude of the oscillation acceleration (a) of the oscillations is taken as representative of the height (h) of the foamed slag; b) operating the arc furnace, wherein the oscillations of the electrode or of the support arm are measured, wherein starting from these measurement values the height (h) of the foamed slag is determined by way of the functional correlationship (h=f(a)) determined in step a), wherein the oscillation acceleration (a) of the electrode or of the support arm is determined by means of an acceleration sensor secured to or in the electrode or to or in the support arm, wherein for the addition of the foamed slag forming agent, which determines the height (h) of the foamed slag, into the receiving vessel and/or onto the molten material an experimentally determined functional correlationship between the mass (M(t) = f(A(t))) of the added foamed slag forming agent and the amplitude of the oscillation acceleration (a) is taken as a basis, wherein the addition of the foamed slag forming agent into the receiving vessel and/or onto the molten material is carried in such a way that the measured oscillations do not exceed a predetermined maximum value. a) determining a functional correlationship (h=f(a)) between the oscillations of the electrode or the support arm in operation of the arc furnace and the height (h) of the foamed slag by measurement, wherein in the functional correlationship the amplitude of the oscillation acceleration (a) of the oscillations is taken as representative of the height (h) of the foamed slag; b) operating the arc furnace, wherein the oscillations of the electrode or of the support arm are measured, wherein starting from these measurement values the height (h) of the foamed slag is determined by way of the functional correlationship (h=f(a)) determined in step a), wherein the oscillation acceleration (a) of the electrode or of the support arm is determined by means of an acceleration sensor secured to or in the electrode or to or in the support arm,
A fusion reactor comprising: a fusion plasma reactor chamber; a magnetic coil structure disposed inside of the fusion plasma reactor chamber; a structural component disposed inside of the fusion plasma reactor chamber, wherein the structural component couples the magnetic coil structure to the fusion plasma reactor chamber; characterised by a superconducting material disposed at least partially within the structural component; a plurality of cooling channels disposed at least partially within the structural component; and an insulating material disposed at least partially within the structural component. a fusion plasma reactor chamber; a magnetic coil structure disposed inside of the fusion plasma reactor chamber; a structural component disposed inside of the fusion plasma reactor chamber, wherein the structural component couples the magnetic coil structure to the fusion plasma reactor chamber; characterised by a superconducting material disposed at least partially within the structural component; a plurality of cooling channels disposed at least partially within the structural component; and an insulating material disposed at least partially within the structural component.